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Water / Civil engineering / Hydraulic engineering / Weir / Fish ladder / Lock / Fishing weir / Dams / Water transport infrastructure / Rivers


Hydraulic modeling and upstream fish passage effectiveness evaluation at rock vortex weirs based on field observations
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Document Date: 2013-12-06 16:51:00


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City

Boston / Boise / Rome / Reston / Reno / Olympia / Richland / Winthrop / Cook / /

Company

Sharp / Maximum / Geological Survey’s Columbia River Research Laboratory / Pearson / U.S. Geological Survey / Okanogan Conservation District / Pacific Northwest Region / Columbia River Research Laboratory / /

Country

Italy / /

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Event

Natural Disaster / Business Partnership / Extinction / /

Facility

Geological Survey’s Columbia River Research Laboratory / weir Qgap Qorifice Profile Figure / Lower Stokes Thurlow Upper Stokes Weir / Surveyed Profile Weir / Western Fisheries Research Center / University of Idaho CER / Weir Qweir / Wells Dam / University of Idaho / /

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IndustryTerm

stationary interrogation systems / energy dissipation factor / interrogation systems / Energy dissipation factors / energy / station ground survey equipment / tag interrogation systems / calibration site / measured using total station ground survey equipment / /

NaturalFeature

Upper Columbia River / Methow River / Columbia River estuary / Beaver Creek / /

Organization

IAHR Congress / Battelle Pacific Northwest Division / University of Idaho / Washington State Department / U.S. Forest Service / office of Water Data Coordination / National Marine Fisheries Service / University of Idaho CER / Salmon Recovery Funding Board / National Oceanic and Atmospheric Administration / U.S. Bureau / Fund for the Improvement of Postsecondary Education Award Number P116Z010107 / Interagency Advisory Committee on Water Data / Congress / U.S. Department of Agriculture / Center for Ecohydraulics Research / Bonneville Power Administration / Washington Department of Transportation / United States Army / Washington’s Salmon Recovery Funding Board / Department of Civil Engineering / Food and Agriculture Organization of the United Nations / International Association of Hydraulic Engineering & Research / Department of Commerce / Forest Service / U.S. Geological Survey’s Columbia River Research Laboratory / German Association for Water Resources and Land Improvement / Washington Department of Fish and Wildlife / /

Person

Flow / Troy R. Harmon / Grant Grand / /

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Position

Vp / Principal author / hydraulic model at rock vortex weirs / hydraulic model / /

ProvinceOrState

Virginia / Nevada / Washington / Massachusetts / Idaho / /

RadioStation

Weir 1 / Weir / /

Region

central Washington / /

SportsLeague

International Association / /

Technology

PIT-tag technology / /

SocialTag