농업용수 정량화를 위한 경제적 수위계측망 설계
Economical Design of Water Level Monitoring Network for Agricultural Water Quantification
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참고문헌
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초록
This study was to design the optimal locations of the water level monitoring to quantify the agricultural water use in irrigation area supplied from anagricultural reservoir. In most of agricultural areas without TM/TC (Tele-Monitoring and Tele-Control) or monitoring network, irrigation water havebeen supplied on conventional experience and agricultural reservoir have been operated based on the operating simulation results by HOMWRS(Hydrological Operation Model for Water Resources System). Therefore, this study quantified the amount of agricultural water use in an irrigation area(Musu Reservoir, Jincheon-gun) by establishing water level monitoring network and analyzed the agricultural water saving effect. According to theevaluation of the economic values for water saving effect, the saving agricultural water of 1.7 million ton was analyzed to have economic values of 0.85million won as water for living, and 1.78 million won as water for industrial use. It is identified to secure economic feasibility of the new watermonitoring network by establishing one monitoring point in the entrance, irrigation area and endpoint through the economic analysis.
Abstract
This study was to design the optimal locations of the water level monitoring to quantify the agricultural water use in irrigation area supplied from anagricultural reservoir. In most of agricultural areas without TM/TC (Tele-Monitoring and Tele-Control) or monitoring network, irrigation water havebeen supplied on conventional experience and agricultural reservoir have been operated based on the operating simulation results by HOMWRS(Hydrological Operation Model for Water Resources System). Therefore, this study quantified the amount of agricultural water use in an irrigation area(Musu Reservoir, Jincheon-gun) by establishing water level monitoring network and analyzed the agricultural water saving effect. According to theevaluation of the economic values for water saving effect, the saving agricultural water of 1.7 million ton was analyzed to have economic values of 0.85million won as water for living, and 1.78 million won as water for industrial use. It is identified to secure economic feasibility of the new watermonitoring network by establishing one monitoring point in the entrance, irrigation area and endpoint through the economic analysis.
참고문헌 (12)
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