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16 December 2024
An independent report written by First Nations consultancy Cox Inall Ridgeway, that shares what First Nations peoples have said publicly about water management in the Basin for the past decade.
Looking back to move forward is an independent report that shares what First Nations peoples have said publicly about water management in the Basin for the past decade. It will inform the 2025 Basin Plan Evaluation and the 2026 Basin Plan Review.
13 December 2024
Last month, Murray–Darling Basin Authority (MDBA) Chief Executive Andrew McConville, Regional Engagement Officer Lucy Sevil, and Authority member Roseanne Healy led the fourth MDBA tour of 2024.
13 December 2024
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.
Water agencies are working closely to manage water quality in the Menindee Lakes and the lower Darling-Baaka in far west New South Wales (NSW) over summer to ensure local communities, agriculture, and the environment get the water they need, when they need it.
13 December 2024
The Murray–Darling Basin Authority (MDBA) had its final meeting for the calendar year on 13 December 2024 on the lands of the Ngunnawal people in Canberra (ACT).
13 December 2024
The Murray–Darling Basin Authority has offices and staff scattered throughout the Basin, giving our team a front row seat to community activities and Basin operations. Check out some of the recent photos our staff have snapped over the last month.
11 December 2024
The Murray–Darling Water and Environment Research Program is an Australian Government initiative to strengthen scientific knowledge of the Murray–Darling Basin.
The Murray–Darling Basin Authority (MDBA) has reassured communities the storages and weirs are well positioned to meet irrigation, community, and environmental needs this summer.
11 December 2024
The Annual Operating Outlook (AOO) describes the potential operating strategies under a range of possible climatic conditions that may occur over the water year.