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StreamflowModelingApril2004
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StreamflowModelingApril2004
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Last modified
10/4/2011 3:22:08 PM
Creation date
9/30/2006 10:23:02 AM
Metadata
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Template:
Drought Mitigation
Title
Radar Precipitation Estimation, Streamflow Modeling, and Forecast Techniques
Date
4/13/2004
Description
Presentation
Basin
Statewide
Drought Mitigation - Doc Type
Presentation
Document Relationships
ClimateUpdateApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
NRCSApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
ShortTermOutlookApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
SWSIReportApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
WATFAgendaApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
WATFSummaryApril2004
(Attachment)
Path:
\Drought Mitigation\Backfile
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<br /> <br />. <br /> <br />1 <br /> <br />Why Radar? <br /> <br /> <br />adar Quantitative Precipitation Estimation (QPE) <br />- Uniform spatial coverage (unlike gauges) <br />. within 230 km qtnorninal 2 km spatial. resolution <br />- n. _ ,: =-; <br />· ,4-5 mtnlJte.-leiIW~1)~I~fiesel1:lfit]lI1 ..;}~. <br />. .;:>~t"i ' <br />- From operanfj~1i1W;Sfi.~88'o (Nb1<W~b) network <br />. Dependable, with nationwide geographic coverage (some gaps) <br />- Excellent at locating heavy precipitation "bullseyes" for <br />flood potential assessment <br /> <br />- Optimum during warm season, when most flooding occurs <br />in western U.S. <br />
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