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Together with the Basin states, we manage Basin structures to control flows and supply and manage stored water.

Some of our 2023 graduate program cohort found surprises on a recent tour of the Sunraysia region’s salt interception schemes.

This report documents the state of knowledge of the secondary, or indirect, impacts of climate change and prioritises topics for investigation in the MD-WERP climate adaption theme.

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

All the River Murray locks and weirs are going back in after recent floods. Here’s why they’re so important.

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.

This report documents the state of knowledge of the secondary, or indirect, impacts of climate change and prioritises topics for investigation in the MD-WERP climate adaption theme.

The innovative use of drone technology combined with coding software is helping to improve the accuracy of waterbird monitoring across the Murray–Darling Basin.

We have prepared a guide to help new infrastructure proponents and water planners understand how water infrastructure developments intersect with water management requirements in the Basin Plan, and obligations set out in the Murray–Darling Basin Agreement.