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| Great Artesian Basin Sustainability Initiative | |
|---|---|
| Name | Great Artesian Basin Sustainability Initiative |
| Location | Queensland, New South Wales, South Australia, Northern Territory, Queensland–South Australia border region |
| Status | Active |
| Began | 1999 |
| Funding | Australian Government grants, state funding, private contributions |
Great Artesian Basin Sustainability Initiative The Great Artesian Basin Sustainability Initiative is an Australian water-management program focused on conserving pressure and improving flow efficiency within the Great Artesian Basin through bore capping, pipe replacement, and community partnership projects. Launched at the turn of the 21st century, the Initiative coordinates federal, state and territorial agencies with industry and Indigenous groups to address long-term sustainability across the basin that underlies large parts of Queensland, New South Wales, South Australia, and the Northern Territory. It links national policy frameworks with local delivery mechanisms to reduce leakage, protect mound springs, and enable more resilient pastoral and ecological systems.
The Initiative operates within the legal and administrative context established by the Australian Government and cooperating state and territory bodies such as the Queensland Government, New South Wales Government, South Australian Government, and the Northern Territory Government. It targets infrastructure on pastoral leases, Indigenous-held lands, and reserve systems intersecting with features like the Strzelecki Desert, Simpson Desert, Channel Country, and the Sturt Stony Desert. Implementation involves partnerships with stakeholders including Department of Agriculture, Water and the Environment (Australia), state water agencies, pastoral associations such as the National Farmers' Federation, and Indigenous organisations including Aboriginal Land Councils and Central Land Council.
Origins of the program are traceable to rising concerns over uncontrolled artesian bores and declining pressure evident in studies by institutions such as the Bureau of Meteorology (Australia), Geoscience Australia, and university research centres including the University of Queensland and the University of New South Wales. Policy responses followed dialogues at national forums including meetings involving the Natural Heritage Trust and the Council of Australian Governments where impacts upon iconic mound springs such as those in the Witjira National Park and Kati Thanda–Lake Eyre region were highlighted. Early pilot projects drew on expertise from the Commonwealth Scientific and Industrial Research Organisation and conservation groups like the Australian Conservation Foundation.
Primary objectives include restoring artesian pressure, preventing groundwater wastage, protecting groundwater-dependent ecosystems including mound springs, and supporting sustainable use by pastoralists and communities. Key programs comprise bore-capping campaigns, piping of open drains and channels, flow-monitoring networks, and spring-protection works that intersect with conservation efforts at Kati Thanda–Lake Eyre National Park and Simpson Desert National Park. Funding mechanisms have involved rounds administered through the Department of Agriculture, Water and the Environment (Australia), state water funds, and partnership grants with industry bodies such as the Grazing Australian Producers and regional development entities like Outback Queensland organisations.
Governance arrangements reflect multi-jurisdictional coordination among federal agencies, state water authorities like WaterNSW, Queensland Water Directorate, and regional councils including the Far West Region administrations. Stakeholders include pastoral leaseholders represented by groups such as the Pastoral Lands Board in various states, Indigenous representative bodies like the Anangu Pitjantjatjara Yankunytjatjara (APY) Executive, research institutions including CSIRO and the Australian National University, and environmental NGOs exemplified by the WWF-Australia. International attention has engaged multilateral environmental forums and scientific collaborations with institutions such as the International Water Management Institute.
Works under the Initiative aim to mitigate declines in artesian pressure documented in hydrogeological assessments by Geoscience Australia and university studies at Monash University and the University of Adelaide. Benefits include reduced leakage from free-flowing bores, improved integrity of mound spring complexes such as those in the Strzelecki Creek catchment, and enhanced resilience for groundwater-dependent ecosystems referenced in assessments by the Independent Expert Scientific Committee on Coal Seam Gas and Large Coal Mining Development. Environmental outcomes intersect with protected-area management at parks administered by agencies like the Australian Parks and Wildlife Service and state conservation services.
The Initiative influences the economic viability of pastoral operations across regions such as the Channel Country and the Gulf of Carpentaria catchments by securing water supplies for livestock and reducing on-farm operating costs through efficient piping projects supported by regional development programs like Outback Communities Authority. Social impacts include strengthened partnerships with Indigenous communities—organisations such as the Central Land Council and local Aboriginal Councils participate in joint-management and employment opportunities created by works programs. Tourism enterprises centred on natural springs and national parks, including operators around Munga-Thirri–Simpson Desert National Park, have also been affected by conservation of water-dependent attractions.
Long-term monitoring networks draw on instrumentation and modelling from organisations such as the Bureau of Meteorology (Australia), CSIRO, and university hydrogeology groups at University of New England and the University of South Australia. Adaptive management cycles incorporate outcomes from peer-reviewed research published by collaborators at the Australian Journal of Earth Sciences and policy reviews commissioned by the Productivity Commission (Australia). Data-sharing arrangements and collaborative research programs with bodies like Geoscience Australia and regional water authorities support iterative improvements to bore-capping technology, flow-metering, and spring rehabilitation techniques.
Category:Water conservation in Australia Category:Great Artesian Basin