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Physical geography / Hydraulic engineering / Environmental engineering / Water management / Runoff model / Streamflow / Lumped element model / Drainage basin / Geomorphology / Hydrology / Water / Earth


DISTRIBUTED MODELING FOR IMPROVED NWS RIVER FORECASTS Seann Reed, Victor Koren, Ziya Zhang, Michael Smith, Dong-Jun Seo Hydrology Laboratory, Office of Hydrologic Development, National Weather Service, NOAA Silver Spring
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Document Date: 2013-12-23 15:35:49


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City

Tahlequah / Watts / NEXRAD / Blue / Eldon / /

Company

ESRI / Dong-Jun Seo Hydrology Laboratory / Estimated Bank / The Hydrology Laboratory / /

Country

United States / Brazil / /

Currency

DEM / /

Facility

MD INTRODUCTION The Hydrology Laboratory / /

IndustryTerm

drainage networks / scale applications / pre-processing tools / multi-sensor rainfall products / e.g. satellite observations / multi-sensor precipitation products / Pre-processing procedures / flow direction networks / drainage network / real world applications / precipitation products / basin scale applications / channel bank / lumped model applications / cell-to-cell drainage network / channel bank approximation / /

NaturalFeature

Peacheater Creek / Flint Creek / /

OperatingSystem

Fork / L3 / /

Organization

office of Hydrologic Development / Soil Conservation Service / Arkansas-Red Basin River Forecast Center / National Oceanic and Atmospheric Administration / USDA / National Weather Service RFCs / National Weather Service / /

Person

Ziya Zhang / Seann Reed / Michael Smith / Ai / Victor Koren / /

Position

Representative / Carpenter / /

Product

T-1 / /

ProvinceOrState

Kansas / Illinois / Arkansas / /

Technology

T-1 / simulation / channel bank / /

SocialTag