Bathymetry Improvement Project Enhances Fish Habitat in Lake Ogallala

Mark M. Peyton; Jeffrey J. Buettner

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Bathymetry Improvement Project Enhances Fish Habitat in Lake Ogallala

机译：测深改进项目增强了奥加拉拉湖的鱼类栖息地

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Lake Ogallala in western Nebraska began as a borrow pit for the construction of Kingsley Dam but today has a reputation as an excellent cold-water fishery. The Central Nebraska Public Power and Irrigation District built Kingsley Dam between 1936 and 1941 to form Lake McConaughy, the storage reservoir for the district's irrigation and 51.9-MW Kingsley hydroelectric project. During construction of the dam on the North Platte River, huge electric dredges - one on each side of the dam's centerline - pumped sand and gravel from the riverbed to form the upstream and downstream embankments around a watertight clay core. The two dredges removed more than 19.8 million cubic meters of sand and gravel from the riverbed in building the 5.6-kilometer-long dam. Lake Ogallala was formed by the dredging activity on the downstream side of Kingsley Dam.

机译：内布拉斯加州西部的奥加拉拉湖最初是建造金斯利水坝的借土场，但如今已被誉为出色的冷水渔业。内布拉斯加州中部公共电力和灌溉区在1936年至1941年之间建造了金斯利大坝，形成了麦康纳湖，这是该区灌溉和51.9兆瓦金斯利水电项目的蓄水池。在北普拉特河上修建水坝期间，在水坝中心线的每一侧各挖了一条巨大的电挖泥船，从河床抽沙和砾石，形成围绕水密粘土芯的上游和下游路堤。两条挖泥机在修建这条5.6公里长的大坝时，从河床上清除了超过1,980万立方米的沙子和碎石。 Ogallala湖是由金斯利大坝下游一侧的疏activity活动形成的。

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《Hydro review》 |2011年第5期|p.108-114|共7页
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Mark M. Peyton; Jeffrey J. Buettner;
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Bathymetry Improvement Project Enhances Fish Habitat in Lake Ogallala

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