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  • Portugues Dam subject of international conference

    From Argentina to Vietnam, 350 representatives from 39 countries gathered in Zaragoza, Spain in late October to discuss dams, and included in the discussion was Jacksonville District’s Portugues Dam. The meeting was billed as the Sixth International Symposium on Roller Compacted Concrete (RCC) Dams. Three representatives of Jacksonville District spoke at the event: Portugues Dam Project Manager Alberto Gonzalez, Portugues Dam Resident Engineer Pablo Vázquez-Ruiz and Portugues Dam Project Geologist John Conway.
  • Division’s First OCA Held at Cochiti Dam

    The first Operation Condition Assessment (OCA) in the South Pacific Division (SPD) took place the week of Oct. 8 at the Corps’ Cochiti Dam project, located about 50 miles north of Albuquerque.
  • Division’s First OCA Held at Cochiti Dam

    The first Operation Condition Assessment (OCA) in the South Pacific Division (SPD) took place the week of Oct. 8 at the Corps’ Cochiti Dam project, located about 50 miles north of Albuquerque.
  • Public information meetings for Isabella Lake Dam Safety Modification Project

    The U.S. Army Corps of Engineers Sacramento District will host three public information meetings Nov. 13-15 to discuss the refinements to the preferred alternative for the Isabella Lake Dam Safety Modification Project, as stated in the final environmental impact statement (EIS). These refinements are designed to reduce, to the maximum extent practicable, potential environmental impacts associated with implementing the selected alternative.
  • Army engineers ready to respond to Hurricane Sandy impacts

    The U.S. Army Corps of Engineers North Atlantic Division is taking action in anticipation of Hurricane Sandy’s landfall to monitor storm activity, minimize flood damage, and prepare its staff to respond to local and regional emergency orders.
  • Montgomery Point Lock and Dam ensures system available during low-water conditions

    by Little Rock District Public Affairs Montgomery Point Lock and Dam Ensures System Available During Low-Water Conditions LITTLE ROCK, Ark.-- During this year’s unseasonably dry summer the McClellan-Kerr Arkansas River Navigation System functioned as designed ensuring a 9-foot channel for barge traffic moving through the system. Because water levels on the Mississippi River dropped so low the crest gates at Montgomery Point Lock were used this summer for the first time since 2008.
  • A first for MKARNS lock:Chouteau Lock gets new pintal ball

    by Sara Goodeyon Tulsa District Public Affairs TULSA, Okla. -- Work involving the repair of a major component of a lock along the McClellan-Kerr Arkansas River Navigation System was recently completed ahead of schedule by the Tulsa District U.S. Army Corps of Engineers. The work involved the removal and replacement of a pintal ball at Lock 17 at Chouteau, Okla., This was the first time such a repair has been performed to a lock on the MKARNS. The entire lock was emptied of water, an operation referred to as "dewatering," so that the dam gate could be lifted for the removal of the pintal.
  • HIGHWAY ACROSS TABLE ROCK DAM REDUCED TO ONE LANE WEEKDAYS

    BRANSON, Mo. – Highway 165/265 between Table Rock Lake’s dam and spillway will be reduced to one lane weekdays beginning Wednesday, Sept. 26 and ending on Monday, Nov. 5 to repair and seal the road surface across the dam. The lane will be reopened at 4:30 p.m. each Friday and will close each Monday at 7 a.m. until the repairs are completed.
  • Gathright Dam ‘test pulse’ to increase Jackson River water flow

    State and federal agencies will use Gathright Dam near Covington, Va. to simulate a storm event on the Jackson River Oct. 3. The test pulse, conducted by the Norfolk District, U.S. Army Corps of Engineers in cooperation with the Virginia Department of Environmental Quality and the Virginia Department of Game and Inland Fisheries, will begin at approximately 6 a.m. and peak at 3,500 cubic feet per second.
  • District, UNM Use Physical Modeling to Improve Jemez Weir

    The U.S. Army Corps of Engineers uses models to reduce uncertainty and to help ensure a structure’s performance will be up to par.