Track water storage, capacity and historical trends for major reservoirs in New South Wales, Victoria, Queensland and beyond.
Evansford is currently facing severe depletion. Sitting at a mere 0% of its 1 GL total capacity, extreme conservation measures may be required. Extended drought conditions or lack of significant inflows into the catchment are likely the primary drivers of this severe depletion.
The McCallum Cree acts as the primary lifeblood for Evansford, making it a cornerstone of the Murray-Darling Basin network. Managing the flow from the McCallum Cree ensures that downstream agricultural zones receive consistent supply. The Murray-Darling Basin region relies heavily on the seasonal inflows captured here.
Agriculture in the surrounding areas of Victoria depends heavily on the water security provided by Evansford. Farmers and agribusinesses monitor these levels closely to plan their seasonal crop yields. Without the buffer provided by this massive 1 GL storage, regional farming would face extreme volatility.
The surrounding catchment of Evansford also supports diverse local flora and fauna. During periods of healthy water levels, the area often sees an increase in recreational activities such as fishing, boating, and camping. Authorities must constantly balance the need for human water consumption with the ecological necessity of maintaining healthy river systems downstream.
With a mild reading of 14°C today, surface evaporation is significantly reduced, helping to preserve current volume. With 0mm of recent rainfall and partly cloudy skies, the catchment is relatively dry today.
The Bureau of Meteorology's climate outlooks will play a pivotal role in predicting the future inflows for this catchment. State water authorities utilize highly sophisticated monitoring tools to ensure every drop is accounted for. Given the unpredictable nature of Australia's climate, from La Niña flooding to El Niño droughts, maintaining a dynamic operational strategy for Evansford is absolutely essential.