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9 November 2023
This is a review of the hydrological models that underpin the Barwon-Darling Watercourse water resource plan that was submitted to the Murray–Darling Basin Authority in June 2020. The 2 most important of these models were the Baseline Diversion Limit model and the Annual Permitted Take model. This review was prepared to assist the Murray–Darling Basin Authority in their appraisal of the Barwon-Darling Watercourse water resource plan prior to its accreditation and implementation under the Basin Plan.
11 July 2023
There is one hydrological project under the Basin Condition Monitoring Program.
11 July 2023
There are 3 social projects under the Basin Condition Monitoring Program.
11 July 2023
There are 4 economic projects under the Basin Condition Monitoring Program.
11 April 2023
The River Murray Water Quality Monitoring Program has captured physical and chemical data from 28 River Murray and tributary sites since 1978. This report examines long-term trends in water quality and drivers of change.
20 January 2023
Along with our river management partners, we use a variety of models to support the planning and running of the Murray–Darling Basin’s rivers.
2 November 2022
One of the 15 projects under the Basin Condition Monitoring Program is the creation of a social and economic conditions report.
The Murray–Darling Basin Authority (MDBA) operates the River Murray to share water between New South Wales, Victoria and South Australia, as required under the Murray–Darling Basin Agreement. To undertake this work the MDBA has built, maintained and operated a hydrological model of the River Murray.
This assessment of social and economic conditions in the Basin was commissioned in mid-2019 by the then Minister for Agriculture and Water Resources.
The Advisory Committee on Social, Economic and Environmental Sciences (ACSEES) is an important source of independent, strategic advice to the Murray–Darling Basin Authority. The committee's work helps to ensure the Basin Plan is confidently implemented with the support of robust science and knowledge.