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- Arckaringa subregion
This bioregional assessment helps us understand how coal seam gas and coal mining development could affect water resources and water-dependent assets in the Arckaringa subregion. This assessment was done in collaboration with the South Australian Government.
At a glance
The bioregional assessment found that there is very low potential for coal resource development in the Arckaringa subregion. Exploration for coal and coal seam gas is at an early stage. Although coal resources are present, it is unlikely that there will be development that would affect water resources or water-dependent assets in the foreseeable future. The research shows a potential connection between the Arckaringa Basin and the overlying Great Artesian Basin.
About the subregion
The Arckaringa subregion is part of the Lake Eyre Basin bioregion in South Australia. Coober Pedy is the largest town. The Arckaringa subregion contains springs that are part of the nationally important Great Artesian Basin supergroup of springs. Most of the water supply in the subregion comes from groundwater, as surface water supplies are scarce and unreliable. Most groundwater is pumped from the Great Artesian Basin with a smaller amount taken from the underlying Arckaringa Basin.
Factsheet
Supporting knowledge projects
Several related projects investigated the surface and groundwater resources in coal basins within the Lake Eyre Basin, including:
- Lake Eyre Basin Rivers Monitoring
- Lake Eyre Basin Springs Assessment
- Arckaringa Basin and Pedirka Basin Groundwater Assessment
- Area: 82,505 square kilometres
- Population: 2000 in Coober Pedy
- Climate: arid
- Annual rainfall: 130 to 170 millimetres
- 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