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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.

Transfers from Dartmouth Dam to Hume Dam are expected to continue throughout March and the coming months if conditions remain dry.

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.

This report presents a stocktake and analysis of completed, current and proposed activities and initiatives which focus on improving longitudinal surface water connectivity across the northern Murray–Darling Basin (the northern Basin) ‘to and through’ Menindee Lakes. Longitudinal connectivity along and between river reaches is critical for maintaining healthy ecosystems and supports a wide range of social, cultural and economic values.

Transfers from Dartmouth Dam to Hume Dam are expected to continue throughout February and the coming months if conditions remain dry.

Throughout the month of February, releases from Dartmouth are expected to cycle between 1,000 ML/day and 8,400 ML/day (measured at Coleman’s gauge).

The release from Dartmouth Dam will increase, starting at 8:00 am on Tuesday 28 January 2025, to reach a flow of approximately 3,500 megalitres per day (ML/day) (measured at Colemans gauge).

The release from Dartmouth Dam will increase, starting at 8:00 am on Thursday 23 January 2025, to reach a flow of approximately 1,500 megalitres per day (ML/day) (measured at Colemans gauge).

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 release from Dartmouth Dam will increase, starting at 8:00 am on Tuesday 7 January 2025, to reach a flow of approximately 2,600 megalitres per day (ML/day).