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Decrease in release from Dartmouth Reservoir for the purposes of electricity generation.

Releases will from Dartmouth Reservoir for the purposes of electricity generation.

Flows in the River Murray system vary widely depending on a range of factors, including rainfall, inflows, evaporation, and demands for water from all users.

AGL in conjunction with River Murray Operations announced today that releases from Dartmouth Reservoir will be increased for the purposes of electricity generation.

The Murray–Darling Water and Environmental Research Program has released the below research reports, tactical project reports, program documents, newsletters and progress updates.

Alongside producing reports and datasets MD-WERP researchers are also publishing results from MD-WERP research in peer-reviewed scientific journals.

Landholders and river users, including pumpers, on the Mitta Mitta River are advised to take into account the forecast releases of water from Dartmouth Dam and make any necessary adjustment to their river activities.

Flows in the River Murray system vary widely depending on a range of factors, including rainfall, inflows, evaporation, and demands for water from all users.

The Murray–Darling Basin is one of the world’s most variable climate regions. The Murray–Darling Water and Environment Research Program (MD-WERP) climate adaptation theme will focus on understanding the changing climate and identifying adaptation options.

The Murray–Darling Water and Environment Research Program (MD–WERP) social, economic and cultural outcomes theme focuses on better understanding the values of water, and how it improves or enhances Basin communities.