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Tag: hydropower
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  • Employees overcome winter storms to keep river projects operating

    NASHVILLE, Tenn. (March 12, 2015) – Snow and ice blanketed the Cumberland and Tennessee River basins twice over the past month, which severely hampered travel in rural areas. Despite winter’s effect on transportation, it did not prevent a handful of very dedicated Corps of Engineers employees from going above and beyond to keep hydropower plants operating and navigation locks open for the movement of commerce.
  • Corps invites public to Missouri River operations meetings

    The U.S. Army Corps of Engineers Missouri River Basin Water Management Division will hold five public meetings in early April to update stakeholders on current hydrologic conditions and the planned operation of the Mainstem Reservoir System.
  • February runoff higher, but 2015 Missouri River forecast still slightly below normal

    The U.S. Army Corps of Engineers Missouri River Basin Water Management Division reports runoff in the Missouri River Basin above Sioux City, Iowa was 2 million acre feet (MAF) during February, 186 percent of normal. The increased runoff was caused by above normal temperatures in the upper Missouri Basin that limited river ice build-up, and melted both plains and low elevation mountain snows. However, the 2015 runoff forecast in the same reach is 24.6 MAF, 97 percent of normal, and the March runoff forecast is about 1 MAF less than in February.
  • Prep student shadows Nashville District engineers

    NASHVILLE, Tenn. (Feb. 27, 2015) – A local high school sophomore shadowed a number of very experienced engineers today at the U.S. Army Corps of Engineers Nashville District to learn more about the jobs and educational requirements of the career field.
  • Division leadership program emphasizes ‘thinking regionally’

    NASHVILLE, Tenn. (Feb. 26, 2015) – “Thinking regionally” and understanding organizational structures, missions and leadership perspectives is why the U.S. Army Corps of Engineers Great Lakes and Ohio River Division’s Regional Leadership Development Program sent its participants to the Nashville District in Music City this week.
  • Downstream work prepares for RRHP powerhouse construction

    Construction continues at the Red Rock Dam where Missouri River Energy Services (MRES) will construct a new hydroelectric power plant. Much of the construction work being done is in preparation for construction of the powerhouse, which is expected to begin in summer 2015. On the downstream side of the Red Rock Dam, the construction of the cofferdam, which is located between the Des Moines River and the power plant site, is well underway. The construction of Cells #1 and #2 are largely complete, Cell #3 is being filled with sand, and the walls of Cell #4 are being installed.
  • Corps increases releases due to cold temperatures; normal runoff forecast for 2015

    The U.S Army Corps of Engineers Missouri River Water Management Office increased releases from Gavins Point Dam from 17,000 to 20,000 cubic feet per second in late December and early January to offset water lost to ice formation in response to forecasts of cold temperatures.
  • Corps reduces Missouri River dam releases to winter levels

    As part of the normal operation of the Mainstem Reservoir System, the U.S. Army Corps of Engineers Missouri River Basin Water Management Division has reduced releases from several Missouri River dams to winter levels.
  • Fort Campbell soldier embraces future with Nashville District

    HENDERSONVILLE, Tenn. (Nov. 24, 2014) – A Fort Campbell soldier and electronics technician who sustained multiple injuries during deployments to Iraq and Afghanistan is making the most of an internship and job opportunity with the U.S. Army Corps of Engineers Nashville District.
  • Corps reduces releases from Missouri River dams due to lower runoff

    The U.S. Army Corps of Engineers Missouri River Basin Water Management Division is reducing releases from the four lower Missouri River dams because drier conditions in October have reduced runoff into the reservoir system, resulting in faster evacuation of stored flood water.