갈수기 유량 확보에 따른 섬강 및 남한강 본류 갈수기 수질 개선 효과 분석
Analysis of the Effect of Water Quality Improvement on Seomgang and South Han River by Securing the Flow during the Dry Season
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The water pollution Accident in the South Han River is increasing due to increase of pollutants inflow from small streams from rural areas and reducedflow rate. This study predicted the change of water quality in the main stream of the South Han River due to climate change through the linkage ofwatershed and water quality models. Also, This study analyzed the effect of water quality improvement on Seomgang and the South Han River bysecuring the flow during the dry season. According to the scenarios for securing the river flow during drought season, the river flow in the Seomgangis increased up to 2.19 times, and the water quality during the drought season was improved up to BOD5 20.5%, T-N 40.8%, T-P 53.4%. Also, thewater quality of the main stream of the South Han River improved to 5.22% of BOD5, 5.42% of T-N and 7.69% of T-P as the river flow was securedfrom the Seomgang. The result of this study confirms that securing the baseflow in the Seomgang according to the scenarios for securing the riverflow during the dry season has a positive effect on the improvement of the water quality of the rivers in the main river of the Seomgang and SouthHan River. The results of this study will contribute to the establishment of reasonable management to improve the water quality of the main streamof the Seomgang and South Han River.
Abstract
The water pollution Accident in the South Han River is increasing due to increase of pollutants inflow from small streams from rural areas and reducedflow rate. This study predicted the change of water quality in the main stream of the South Han River due to climate change through the linkage ofwatershed and water quality models. Also, This study analyzed the effect of water quality improvement on Seomgang and the South Han River bysecuring the flow during the dry season. According to the scenarios for securing the river flow during drought season, the river flow in the Seomgangis increased up to 2.19 times, and the water quality during the drought season was improved up to BOD5 20.5%, T-N 40.8%, T-P 53.4%. Also, thewater quality of the main stream of the South Han River improved to 5.22% of BOD5, 5.42% of T-N and 7.69% of T-P as the river flow was securedfrom the Seomgang. The result of this study confirms that securing the baseflow in the Seomgang according to the scenarios for securing the riverflow during the dry season has a positive effect on the improvement of the water quality of the rivers in the main river of the Seomgang and SouthHan River. The results of this study will contribute to the establishment of reasonable management to improve the water quality of the main streamof the Seomgang and South Han River.
참고문헌 (28)
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