Calculation of Areal Reduction Factors Using NEXRAD Precipitation Estimates

Front Cover
Texas Transportation Institute, Texas A&M University System, 2006 - Geographic information systems - 74 pages

From inside the book

 

Contents

Introduction
1
Precipitation Data
7
Methodology
13

5 other sections not shown

Common terms and phrases

135 angle(degree 45 90 angle(degree analysis ArcGIS STORM areal reduction factor ARF values ARFS were calculated Basin Centroid Climate Region distributed Duration of 24 Edit Durations ellipse Famiglietti 2000 Francisco Olivera frequency gauge data geographic Geographic Coordinate System Histograms of Angle Histograms of Aspect HRAP grid Hydrologic Hypothetical Animation FHS Hypothetical Storm km² Location National Weather Service NEXRAD data Normalized Histograms Output File PMP geodatabase point precipitation Polygon pop up Figure precip precipitation data precipitation depth precipitation estimates precipitation field Prepare storm inputs radar rain bands rain cells rain clusters rain gauge rainfall depths ratio Real Hypothetical Animation region 4 region River Forecasting Center Run HMR52 Scanning Domain segment Select Watersheds spatial storm band storm duration storm feature class storm objects Storm Orientation Storm Properties storm shape Tables in Geodatabase Texas TEXAS TRANSPORTATION INSTITUTE TxDOT txhuc Real Hypothetical U.S. Weather Bureau View Database View Table

Bibliographic information

TitleCalculation of Areal Reduction Factors Using NEXRAD Precipitation Estimates
Volume 0, Issues 4642-4643 of Technical report (Texas Transportation Institute)
ContributorsFrancisco Olivera, Texas Transportation Institute, Texas. Department of Transportation. Research and Technology Implementation Office
PublisherTexas Transportation Institute, Texas A&M University System, 2006
Original fromNorthwestern University
DigitizedJan 28, 2011
Length74 pages
  
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