Eight planned high-flow environmental water releases from Jindabyne Dam into the Snowy River will be rolled out between June and November this year.

Environmental water releases from Tantangara Dam into the upper Murrumbidgee River for the 2024/25 water year have been organised by NSW Department of Climate Change, Energy, the Environment and Water in close consultation with the Snowy Advisory

A new 300 megalitre off-stream storage dam at Walcha will provide greater water security and reliability for residents and businesses and to help drought-proof the town’s water supply.

The NSW Government is leading the charge in returning water to floodplains, wetlands, rivers and creeks by bringing unapproved flood works into compliance across the northern Basin.

The NSW Department of Planning and Environment today issued a ‘rising river alert’ for the Snowy River between Jindabyne Dam and Dalgety in southern NSW from Monday 5 September through to Wednesday 7 September 2022.

The department issued a ‘rising river alert’ for the Upper Murrumbidgee River between Tantangara Dam and Yaouk in Southern NSW for Tuesday 26 July 2022.

The draft NSW Groundwater Strategy, the state’s first-ever long-term roadmap for the sustainable management of its vast and precious groundwater resources.

The department issued a ‘rising river alert’ for the Snowy River between Jindabyne Dam and Dalgety in southern NSW for Thursday 14 July 2022.

The Bureau of Meteorology advises that widespread rainfall, including possible heavy localised falls, is forecast across much of inland northern NSW river valleys over the next 12-18 hours.

There are reports of heavy rain in the Gwydir region which could lead to overland flows.

The NSW Department of Planning, Industry and Environment today issued a ‘rising river alert’ for the Snowy River between Jindabyne Dam and Dalgety in southern NSW for Wednesday 28 October 2020.

The Natural Resources Access Regulator (NRAR) begins the next leg of Operation Drawdown this week, targeting bores which appear to be exceeding their extraction limits.