News Releases

  • Gavins Point releases lowered to 13,000 cfs

    Releases from Gavins Point Dam will average 13,000 cubic feet per second for Friday, June 28. The pool elevation at Gavins Point Dam is currently 1207.37 feet.
  • Gavins Point releases continue to decline

    ***Average Releases from Fort Randall were incorrectly reported as 8,600 cfs for today. The average for the day is 4,000 cfs.*** Releases from Gavins Point dam will continue to decline. Inflows into Gavins Point, primarily from the Niobrara River, have dropped to nearly 10,000 cubic feet per second with current releases from Fort Randall Dam around 1,000 cfs. Planned releases from Fort Randall Dam will average 4,000 cfs as regular power generation comes back online. Current releases from Gavins Point are 20,000 cfs and are lowering to 16,000 cfs today. All releases are being made through the powerhouse. 
  • Spillway gates at Gavins Point Dam closing

    Spillway operations at Gavins Point Dam are ending following recent heavy rains.At 8 a.m. today,
  • Keeping key stakeholders informed of regional response

    *** Corrected to say northwestern Iowa. *** Key stakeholders in the upper Midwest are staying informed with daily conference calls. These calls include runoff conditions and weather forecasts, reservoir release plans, and the Omaha and Kansas City Districts report details about support they are providing to local communities in the affected areas,
  • Inflows to Gavins Point reservoir appear to be peaking

    The latest update from the National Weather Service indicates that inflows into Gavins Point Dam appear to be peaking. The inflows into Gavins Point are currently 35,500 cubic feet per second from a peak of about 40,000 cfs earlier today. 
  • Updated release plans for Gavins Point and Fort Randall dams

    Due to continued rainfall and forecast inflows into the Gavins Point reservoir from the Niobrara River, and other tributaries, releases from Fort Randall and Gavins Point dams will be changing. Releases from Fort Randall have already been decreased as low as they can be and will have some periods of zero release.