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Native fish are reappearing in areas of the Murray–Darling Basin where they were believed to be locally extinct or critically endangered.

Hydrological and hydrodynamic modelling supports informed decision making at the MDBA.

We use maps and spatial data, including remote sensing data daily, to support our various programs and projects. This includes data on hydrology, biota, terrain, vegetation, geology, and important built and natural assets.

River system models, developed by Basin states, the Murray–Darling Basin Authority (MDBA) and Snowy Hydro Limited, have been used to inform development and implementation of key water management policies across the Murray–Darling Basin for over 40 years.

Find out how water for the environment is planned and prioritised, how environmental outcomes are identified, and how we plan for future use of water for the environment.

In 2018, the Murray–Darling Basin Authority commissioned an independent review by eminent hydrology experts of the risks posed by reduced return flows. This was in response to concerns raised that increases in groundwater sustainable diversion limits and irrigation efficiency projects may lead to reductions in river flow and offset the benefits of surface water recovery for the environment.

Over recent years there have been significant changes in water use on the River Murray between Barmah and the South Australian border. This study investigates the changes historical data shows over time.

The Murray–Darling Basin Authority met on 10 March 2020, less than 24 hours before the first flows made their way from the Darling River into Menindee Lakes.

The Basin-wide environmental watering strategy, first published in 2014 and updated in 2019, builds on the environmental objectives in the Basin Plan.

When the Basin Plan was legislated in 2012, it was recognised that the information base in the northern Basin was less developed than that in the south. With the support of Basin governments, the Murray–Darling Basin Authority undertook a planned review of the sustainable diversion limits in the north.