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A distributed rainfall-runoff model capable for real time flood forecastingutilizing highly spatial and time resolution data was developed. The studyregion is located under the WSR-74 S-band 100 km radar umbrella and isequipped with a number of rain gauge recording stations, a permanentinstallation for flow measurement and a stage recorder. The entire basin wasdigitized to 2×2 km<sup>2</sup> grid squares by implying GIS techniques. A seriesof rainfall events recorded producing floods were analyzed and processed.The linear channel parameter assigned to each grid-square is based on itslocation measured by the centroid of the grid square along the channelnetwork. The estimation of the hill-slope and the stream velocity arecalculated based on the Geographic Information System (GIS) procedures

The combined use of weather radar and geographic information system techniques for flood forecasting