Abstract
The dataset was derived by the Bioregional Assessment Programme from multiple source datasets. The source datasets are identified in the Lineage field in this metadata statement. The processes undertaken to produce this derived dataset are described in the History field in this metadata statement.
These 'ghost' model node points are duplicates of the primary surface water model nodes. The 'ghost' nodes are located on the blue line stream network used to represent the riverine landscape classes and the primary model nodes are located on the BA-standard Geofabric Network blue line network. The ghost nodes are placed according to the following rule set (1) the primary sw model node is on the Geofabric Network blue line (2) keep the ghost node within the same catchment as the primary node (3) keep the ghost node within the same assessment unit as the primary node.
The purpose of the ghost nodes are to enable replication of the surface water modelling results across differently mapped blue line networks of the same physical rivers. In this case, from the BA-standard blue line stream network (Geofabric Network streams v2) to the riverine landscape class blue line.
This dataset differsr from vesrion 1 in that an incorrectly place node (sw_003) near the Barrinton/Gloucester confluence has been relocated off the Gloucester River to it's correct position on the Barrington River. Note this move has resulted in the Ghost node AUID being different to it corresponding geofabric network derived node AUID
Purpose
The purpose of the ghost nodes are to enable replication of the surface water modelling results across differently mapped blue line networks of the same physical rivers. In this case, from the BA-standard blue line stream network (Geofabric Network streams v2) to the riverine landscape class blue line. THis enable direct use of the surface water modelling in the impact analysis component of hte BA.
Dataset History
These 'ghost' model node points are duplicates of the primary surface water model nodes. The 'ghost' nodes are located on the blue line stream network used to represent the riverine landscape classes and the primary model nodes are located on the BA-standard Geofabric Network blue line network. The ghost nodes are placed according to the following rule set (1) the primary sw model node is on the Geofabric Network blue line (2) keep the ghost node within the same catchment as the primary node (3) keep the ghost node within the same assessment unit as the primary node.
The purpose of the ghost nodes are to enable replication of the surface water modelling results across differently mapped blue line networks of the same physical rivers. In this case, from the BA-standard blue line stream network (Geofabric Network streams v2) to the riverine landscape class blue line.
Dataset Citation
Bioregional Assessment Programme (XXXX) GLO Surface water model RiverStyle ghost nodes 20161004 v02. Bioregional Assessment Derived Dataset. Viewed 18 July 2018, http://data.bioregionalassessments.gov.au/dataset/686fb6c6-f037-4676-a7ca-44bb9809ebd0.
Dataset Ancestors
JSON
RDF
ISO19115/ISO19139 XML