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      금강 상류수계의 수질-유량관계식 개발 = Development of Relationship Formula between Water Quality and Flow in the Upper Stream of the Keum River

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      https://www.riss.kr/link?id=A77040210

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      The statistical model was developed for estimation of water qualities in the Cho-gang stream. The equations for the relationship between the water quality and the flow in the stream could be estimated by the regression analysis. Water quality was a function of one independent variable(flow) in the simple regression model. The water qualities included BOD and TP measured from 2002 to 2005 in the Cho-gang stream. As the results of analyzing observed data and simulated data extracted by regression model, the study analyzed that RMSE of BOD was 0.33 mg/L and RMSE of TP was 0.03 mg/L. For the accuracy improvement of regression model, it is necessary to develop the multiple regression model with the various watershed parameters.
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      The statistical model was developed for estimation of water qualities in the Cho-gang stream. The equations for the relationship between the water quality and the flow in the stream could be estimated by the regression analysis. Water quality was a fu...

      The statistical model was developed for estimation of water qualities in the Cho-gang stream. The equations for the relationship between the water quality and the flow in the stream could be estimated by the regression analysis. Water quality was a function of one independent variable(flow) in the simple regression model. The water qualities included BOD and TP measured from 2002 to 2005 in the Cho-gang stream. As the results of analyzing observed data and simulated data extracted by regression model, the study analyzed that RMSE of BOD was 0.33 mg/L and RMSE of TP was 0.03 mg/L. For the accuracy improvement of regression model, it is necessary to develop the multiple regression model with the various watershed parameters.

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