水文・水資源学会研究発表会要旨集
水文・水資源学会2019年度研究発表会
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【流出・水災害(1)】
A Generalised Storage Function Model Considering Rating Curve Relationship and Spatial Rainfall Distribution
*PADIYEDATH GOPALAN SARITHAKAWAMURA AKIRAAMAGUCHI HIDEOAZHIKODAN GUBASH
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p. 20-

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The existing rainfall-runoff models require discharge data for their calibration even though there will be uncertainties in the discharge data resulting from errors in rating curves. The direct prediction of observed water level will reduce the model uncertainties which is often sufficient to make an early warning about the flooding.

In this study, therefore, we aim to propose a generalized storage function (GSF) model for the water level prediction from the rating curve relationship by considering the spatial distribution of rainfall over the basin and incorporating all the possible inflow and outflow components in order to reduce the uncertainties involved.

The results revealed that the GSF model performed well in reproducing the water level hydrograph.

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