Tag: Centerville Iowa
  • USACE Kansas City District announces likely cancellation of fall water release from Rathbun Lake

    Unless conditions improve by the end of the first week of October, the fall water release previously announced by the Kansas City District, U.S. Army Corps of Engineers, will be cancelled. In July USACE announced tentative plans to perform the fall water release at Rathbun Lake. Currently conditions do not favor the water release as the pool elevation is near the multipurpose level of 904.0 feet.
  • Rathbun Lake 2021 fall water release likely to be cancelled

    At present, Rathbun pool elevation is about half a foot above multipurpose 904.0 feet. Current conditions at Rathbun Lake appear to be unfavorable for the U.S. Army of Corps of Engineers to conduct a fall water release in either late September or early October 2021.
  • Public invited to comment on planned autumn releases from Rathbun Lake

    In 2016 in response to stakeholder input, the Corps of Engineers revised its operating guidance for Rathbun Lake. The new guidance allows for an annual opportunity, every autumn, for the lake to schedule a release of water to benefit state and privately managed conservation and recreational areas downstream in the Chariton watershed. This release of water will not exceed 2,700 cubic feet per second from Rathbun Dam and would be sustained for no longer than 3 or 4 days, excluding ramp up and ramp down.
  • Corps at Rathbun Lake to conduct a fall pulse in late September

    In 2016, the U.S. Army Corps of Engineers updated the Chariton River Water Regulation Manual and incorporated new adaptive water management strategies benefiting interests both upstream and downstream of the Rathbun Lake dam. One of the adaptive water management strategies in the new manual allows for a ‘fall pulse’ or increased water release for a short duration from the lake. This fall pulse gives the Corps the ability to increase water in support of downstream wildlife management goals on state and privately owned lands.