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This page provides information about several related projects that investigated the surface and groundwater resources in coal basins within the Lake Eyre Basin bioregion.
Lake Eyre Basin Rivers Monitoring
This project consists of reports, maps and models on aquatic ecosystems of the Lake Eyre Basin. It includes a collation of existing knowledge; new knowledge on hydrology, geomorphology and ecology; and new hydrological and eco-hydrological modelling on two river systems.
Project information was produced by the South Australian Government and can be downloaded from the WaterConnect website using the external links below.
- Identifying data sources available to support multiple cultural values associated with water assets [PDF, 19 MB]
- Knowledge review [PDF, 5 MB]
- South Australian Lake Eyre Basin aquatic ecosystem mapping and classification [PDF, 13 MB]
- Hydrological assessment and analysis of the Neales-Peake catchment [PDF, 3 MB]
- Hydrological modelling of the Diamantina-Warburton river system [PDF, 3 MB]
- Surface water dependent receptors associated with CSG development in the Galilee subregion of the Lake Eyre Basin [PDF, 1 MB]
- Geomorphology of the Thomson River, Queensland: overview and comparison with Cooper Creek [PDF, 14 MB]
- Geomorphology of Finke River and Arckaringa Creek: the bedload rivers [PDF, 19 MB]
- Hydroecology of water-dependent ecosystems of the western rivers [PDF, 25 MB]
- Integrated science and management framework [PDF, 2 MB]
- Conceptual modelling approach [PDF, 1 MB]
- Conceptual models [PDF, 4 MB]
- Baseline assessment and proposed monitoring of surface water dependent receptors for coal seam gas development in the Galilee subregion [PDF, 4 MB]
Lake Eyre Basin Springs Assessment
This project consists of reports, maps, models and data on groundwater-dependent ecosystems in the Lake Eyre Basin. It includes a collation of existing knowledge about groundwater-dependent ecosystems (Great Artesian Basin springs and associated wetland habitats); new hydrogeological and ecological information to fill gaps in knowledge required to support modelling; and new hydrogeological and eco-hydrological modelling in priority regions.
The reports, maps, models and data produced by the South Australian Government can be downloaded from the WaterConnect website using the external links below.
- A hydrogeological-based conceptualisation of springs in the Neales River catchment and Lake Cadibarrawirracanna regions [PDF, 9 MB]
- Great Artesian Basin spring wetland area mapping and flow estimation [PDF, 1 MB]
- Mapping area of the Great Artesian Basin diffuse discharge [PDF, 8 MB]
- Lake Eyre Basin (South Australia) mapping and conceptual models of shallow groundwater-dependent ecosystems [PDF, 4 MB]
- A hydrogeological and ecological characterisation of springs near Lake Blanche South Australia [PDF, 14 MB]
- Eco-hydrological conceptual models of springs in the western Lake Eyre Basin, South Australia [PDF, 21 MB]
- SA data management [PDF, 3 MB]
A report into the hydrogeology, cultural history and biological values of springs in the Barcaldine, Springvale and Flinders River supergroups, Galilee Basin springs and Tertiary springs of western Queensland was produced by the Queensland Government and can be downloaded from their website.
Arckaringa Basin and Pedirka Basin Groundwater Assessment
This project consists of reports, maps and models on the hydrogeology of the Arckaringa and Pedirka Basins in South Australia. It includes a collation of existing knowledge about the hydrogeology of the two coal-bearing basins; investigations and modelling on the hydrology of the two basins to fill critical knowledge gaps; and two and three dimensional basin representations.
Project information was produced by the South Australian Government and can be downloaded from the WaterConnect website using the external links below.
- Pedirka subregion 3-dimensional model [PDF, 43 MB]
- Arckaringa subregion 3D Model [98 MB]
- A hydrogeological characterisation of the Arckaringa Basin [PDF, 24 MB]
- Arckaringa Basin aquifer connectivity [PDF, 10 MB]
- Arckaringa Basin and Pedirka Basin groundwater assessment projects [PDF, 13 MB]
- Arckaringa Basin numerical groundwater model 2014 [PDF, 30 MB]
- Arckaringa hydrogeological map (Part 1) [PDF, 17 MB]
- Arckaringa hydrogeological map (Part 2) [PDF, 19 MB]
- Pedirka hydrogeological map (Part 1) [PDF, 17 MB]
- Pedirka hydrogeological map (Part 2) [PDF, 17 MB]
- Pedirka Basin aquifer connectivity investigation [PDF, 8 MB]
- Pedirka Basin Finke River recharge study [PDF, 47 MB]
- Pedirka Basin numerical groundwater model 2014 [PDF, 13 MB]
- Review of groundwater discharge processes at Dalhousie Springs [PDF, 5 MB]
A report on the numerical groundwater model for the Galilee Basin
The Galilee Basin Hydrogeological Model report describes a numerical groundwater model of the Galilee subregion in Queensland, an area of approximately 300,000 square kilometres. The model covers the whole of the Galilee Basin as well as the parts of the overlying Eromanga Basin. This Basin contains aquifers that form part of the Great Artesian Basin, an aquifer system of national significance.
The groundwater model described in the report was developed to assess the cumulative impacts to groundwater of seven proposed coal mines and is the first basin-wide model in this region. Over 100 groundwater springs were modelled. Of these, 27 were reported to be of significant value and include such groups of springs as Doongmabulla, Mellaluka, Edgebaston, Correna and Corinda springs.
This report was produced by HydroSimulations on behalf of the Queensland and Commonwealth governments, and will be referenced in the bioregional assessment for the Galilee subregion.
Galilee Basin Hydrogeological Model (PDF - 172MB)
- Bioregional Assessment Program
- Lake Eyre Basin bioregion
- Northern Inland Catchments bioregion
- Clarence-Moreton bioregion
- Northern Sydney Basin bioregion
- Sydney Basin bioregion
- Gippsland Basin bioregion
- Indigenous assets
- Methods
- Bioregional assessment methodology
- Submethodologies
- Compiling water-dependent assets
- Assigning receptors to water-dependent assets
- Developing a coal resource development pathway
- Developing the conceptual model of causal pathways
- Surface water modelling
- Groundwater modelling
- Receptor impact modelling
- Propagating uncertainty through models
- Impacts and risks
- Systematic analysis of water-related hazards associated with coal resource development
- Assessment components
- Metadata and datasets
- Geological and Bioregional Assessment Program