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The role of copper in facilitating the invasion of sessile marine...
School of BioSciences, The University of Melbourne
Disturbance events are thought to provide an opportunity for the colonisation and establishment of invasive species. Contamination of coastal waters with copper from sewage... -
The role of copper in facilitating the invasion of sessile marine...
School of BioSciences, The University of Melbourne
Disturbance events are thought to provide an opportunity for the colonisation and establishment of invasive species. Contamination of coastal waters with copper from sewage... -
The effects of copper antifouling paints and marinas on the ecology of...
Department of Infrastructure Engineering, The University of Melbourne
This thesis has used a field based approach to assess the effects of copper liberated from antifouling paints on sessile epifaunal (or fouling) assemblages in southeastern... -
Patterns of recruitment of epifaunal species at Portsea, Victoria.
College of Marine And Environmental Sciences (CMES), James Cook University (JCU)
This study investigated the temporal and spatial patterns of recruitment of epifaunal species at Portsea. Recruitment panels were immersed at depths of 1 - 2.2 metres for 10... -
Patterns of establishment and subsequent change in the structure of a marine...
College of Marine And Environmental Sciences (CMES), James Cook University (JCU)
Artificial substrata were used to investigate the patterns of establishment and change in the structure of a subtidal, marine epifaunal community at Portsea, Victoria from... -
Patterns of development in the epifaunal community at Portsea, Victoria.
College of Marine And Environmental Sciences (CMES), James Cook University (JCU)
This experiment examined the temporal changes in species composition and diversity of a developing epifaunal community on artificial substrata at Portsea. The substrata used... -
Effects of predation by fishes on the epifaunal community at Portsea, Victoria.
College of Marine And Environmental Sciences (CMES), James Cook University (JCU)
Exclusions were attached to artificial substrata to investigate the relative effects of predation on the development of epifaunal communities at Portsea. Exclusions were black... -
Competitive interactions in the epifaunal community at Portsea, Victoria.
College of Marine And Environmental Sciences (CMES), James Cook University (JCU)
The resource provides information on the rates of growth, competitive ability and life spans of species in the epifaunal community at Portsea. Estimates of rates of growth for...
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