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Flood forecasting / Forecasting / National Weather Service / Open Geospatial Consortium / Data management / Statistical forecasting / Hydrology / Statistics


An investigation of the WaterML2.0 data standard for data sharing for the purpose of hydrological forecasting S. Hamilton & Touraj Farahmand Aquatic Informatics, Vancouver, Canada N. Booth, Laura De Cicco & David Sibley
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Document Date: 2012-03-01 17:48:09


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File Size: 26,14 KB

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City

Vancouver / Winnipeg / Calgary / Chanhassen / Ottawa / Middleton / /

Company

Russell / Hydrological Domain Working Group / /

Country

Canada / /

Facility

National Operation Hydrologic Remote Sensing Center / /

IndustryTerm

in-channel and over-bank flow routing / data parsing algorithms / manual data search / end-user applications / semantic and syntactic translation protocols / communications protocols / search result / data communications protocols / /

Organization

National Operation Hydrologic Remote Sensing Center / Saskatchewan Watershed Authority / World Meteorological Organization / National Oceanic and Atmospheric Administration / United States J. Halquist National Weather Service / Canada J. Woodward Saskatchewan Wateshedr Authority / International Souris River Board / /

Person

Laura De Cicco / David Sibley / A. Joseph Cybera / Touraj Farahmand Aquatic Informatics / /

Position

public and academic data producer / /

Product

WaterML1.0 / /

ProvinceOrState

Saskatchewan / Manitoba / North Dakota / /

Technology

cellular telephone / data parsing algorithms / specified data communications protocols / Remote Sensing / semantic and syntactic translation protocols / artificial intelligence / communications protocols / /

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