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New research investigates future habitat for water based animals and plants 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.

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.

New research investigates how to include future environmental change in water runoff models

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.

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.

How bushfires will impact water availability in a changing climate.

For a long time, river modellers have faced the challenges of tracking water movement across landscapes. This task becomes more complex when different river catchments use different models. Along with jurisdictions, we are in the process of improving these systems and tools.

A pilot study led by Tati Tati Kaiejin has combined Tati Tati Science and western science to better understand climate-related risks at Margooya Lagoon in Victoria.

Our Early Insights Paper shares our current thinking on some of the Basin’s most complex challenges. It will help you understand more about our key areas of focus for the upcoming Basin Plan Review.