• Officials seeking public input to mitigate adverse impacts to Native American archeological site

    Officials are seeking public comment on a Memorandum of Agreement, which will outline mitigation activities for adverse impacts to one prehistoric Native American archeological site and one ca. 1905 river training structure (wing dike) on lands to be affected by a Section 1135 Ecosystem Restoration project the Lower Osage River in Miller County, Missouri.
  • Public invited to attend open house for Former Nebraska Ordnance Plant

    Officials will host an open house for the Former Nebraska Ordnance Plant on Wednesday, November 20, 2024, from 4:30 p.m.–7:00 p.m. at the Veterans of Foreign Wars Country Club in Yutan, Nebraska.
  • Pittsburg Park camping activity to close

    The U.S. Army Corps of Engineers at Pomme de Terre Lake announce the permanent closure of camping within Pittsburg Park located at the end of RA Highway, effective December 1, 2024. The boat ramp, shelter, vault toilets and playground facilities will remain open to visitors for day-use and lake access.
  • Future of Kansas water resources in focus: Experts to present at annual conference

    A recent survey found 1 in 2 Kansas residents is concerned about the future of the state’s water supply. The Kansas City District, U.S. Army Corps of Engineers will be presenting at the 2024 Kansas Governor’s Water Conference on November 13 and 14, in Manhattan, Kansas. The focus of this year’s conference is the future of water in the state.
  • Ribbon-cutting ceremony to mark completion of vital levee project milestone

    Local, state and federal officials will host a ribbon-cutting ceremony to mark the completion of Phase I of the Manhattan levee project in Manhattan, Kansas, on Wednesday, October 9, 2024. The project, which is a partnership between the City of Manhattan and the Kansas City District, U.S. Army Corps of Engineers, will provide crucial flood risk reduction for the city. Through construction upgrades, the Manhattan Levee System will have substantially enhanced reliability and structural integrity.