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This report summarises some of the results of the bank erosion monitoring program on the River Murray between 2009 and 2016. It focuses on areas that are being impacted by high boating activity, in particular the reach south of Corowa to the Ovens Junction.

Forecasting released by the Murray–Darling Basin Authority (MDBA) today shows that active use of environmental water in the coming year will extend the benefits already emerging from the wet conditions experienced across much of the Murray–Darling Basin last spring.

The Murray–Darling Basin Authority (MDBA) today released a report outlining community level impacts of different levels of water recovery in the northern Murray–Darling Basin.

The Environmental Scan 2013 identified threats, trends and emerging issues over the next decade (2012 – 2022) that are likely to create risks of non-compliance with Basin Plan (Plan) obligations by Parties to the Basin Plan.

The Sustainable Rivers Audit (SRA) is the most comprehensive assessment of the ecological health of rivers in the Murray–Darling Basin.

The Environmental Watering Plan is a central part of the Basin Plan. Its purpose is to achieve the best possible environmental outcomes using the increased, but still finite, amount of water made available by the Basin Plan.

The Lower Lakes, Coorong and Murray Mouth is one of six icon sites along the Murray River identified as a priority under The Living Murray river restoration program.

Watering refuge areas in the northern basin will remain a priority for environmental watering activities in 2015–16, in what is expected to be another dry year.

Sustainable Diversion Limits will replace the existing cap on water use and are set at both a catchment and Basin-wide scale.

The Water Act 2007 requires that assessment of environmental water needs of the Basin must encompass key environmental assets, including water-dependent ecosystems, ecosystem services, and sites with ecological significance; key ecosystem functions; the productive base; and key environmental outcomes for the water resource.