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      지리정보시스템을 이용한 SWAT 모형의 적용 = Application of the SWAT Model Using a GIS

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      다국어 초록 (Multilingual Abstract)

      With the aid of SWAT/GRASS interface, SWAT model was applied to a representative rural watershed and evaluated for its applicability through calibration and verification using observed data. Results of the model application showed that the simulated runoff was in a good agreement with the observed data and indicated reasonable applicability of the model. In predicting sediment yield, however, there were differences between the simulated and the observed values. It seems due to the inaccurate determination of MUSLE factors. Better prediction of sediment yield could be achieved by selecting more appropriate MUSLE factors for different land-use types. In predicting nutrient loading, the simulation results showed a similar trend to observed data.
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      With the aid of SWAT/GRASS interface, SWAT model was applied to a representative rural watershed and evaluated for its applicability through calibration and verification using observed data. Results of the model application showed that the simulated r...

      With the aid of SWAT/GRASS interface, SWAT model was applied to a representative rural watershed and evaluated for its applicability through calibration and verification using observed data. Results of the model application showed that the simulated runoff was in a good agreement with the observed data and indicated reasonable applicability of the model. In predicting sediment yield, however, there were differences between the simulated and the observed values. It seems due to the inaccurate determination of MUSLE factors. Better prediction of sediment yield could be achieved by selecting more appropriate MUSLE factors for different land-use types. In predicting nutrient loading, the simulation results showed a similar trend to observed data.

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      목차 (Table of Contents)

      • 비점원오염에 대한 수질 모의 방법으로는 단위부하량을 이용하는 방법과
      • 비점원오염에 대한 수질 모의 방법으로는 단위부하량을 이용하는 방법과
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