Generating A Spatially Distributed Rainfall-Runoff Model Using GIS - Alipoursafari, Homayoon
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A spatially distributed rainfall runoff model is developed with the aid of a raster GIS and minimal amount of field data that could predict the outlet hydrograph of an ungauged basin. The Basin is divided into several subareas and for each subarea a physically based advection-dispersion equation, also called diffusion wave, is used to represent the subarea response function to instantaneous excess rainfalls. The model is applied to a 173.9 km2 mountainous watershed and the calculated hydrographs are compared with the observed events and results of SCS unit hydrograph method.

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Produktbeschreibung
A spatially distributed rainfall runoff model is developed with the aid of a raster GIS and minimal amount of field data that could predict the outlet hydrograph of an ungauged basin. The Basin is divided into several subareas and for each subarea a physically based advection-dispersion equation, also called diffusion wave, is used to represent the subarea response function to instantaneous excess rainfalls. The model is applied to a 173.9 km2 mountainous watershed and the calculated hydrographs are compared with the observed events and results of SCS unit hydrograph method.
Autorenporträt
Homayoon Alipoursafari achieved his Master of Science in civil engineering in Engineering School of Shiraz University. Currently, he is a senior engineer in the field of designing and directing design teams in diversified industrial projects, mainly in Oil and Petrochemical Projects..