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The research focused on improving understanding of low flow requirements of environmental assets and values in a climate change context and developing a conservation prioritisation method to identify priority locations for future management decisions.

The research focused on improving understanding of low flow requirements of environmental assets and values in a climate change context and developing a conservation prioritisation method to identify priority locations for future management decisions.

The research focused on improving understanding of low flow requirements of environmental assets and values in a climate change context and developing a conservation prioritisation method to identify priority locations for future management decisions.

The hydrology theme enhanced hydrological knowledge and advanced modelling capacity to inform water resources management and planning in the Murray–Darling Basin.

The hydrology theme enhanced hydrological knowledge and advanced modelling capacity to inform water resources management and planning in the Murray–Darling Basin.

The final event celebrating the 20-year anniversary of The Living Murray program was recently held at the Barmah–Millewa Forest, recognising the achievements of one the largest river restoration projects in Australia.

​Assessing the status of native fish populations across the Murray–Darling Basin is a foundational action of the Native Fish Recovery Strategy. ​To assess native fish populations, the MDBA engaged independent scientists to undertake the Native Fish Status Assessment 2023. ​This assessment was the first comprehensive examination of all native fish, crayfish and mussel species across the whole of the Murray–Darling Basin.

Native fish species received a $639,000 boost in 2024, with 16 grants awarded to communities, government agencies, and environmental experts to improve river conditions.

To identify, evaluate, and recommend opportunities to further improve flood forecasting and management.

The Annual Operating Outlook (AOO) describes the potential operating strategies under a range of possible climatic conditions that may occur over the water year.