COMFARM을 이용한 농업용저수지 유역 수문 모델링
Hydrologic Modeling for Agricultural Reservoir Watersheds Using the COMFARM
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초록
The component-based modeling framework for agricultural water-resources management (COMFARM) is a user-friendly, highly interoperable,lightweight modeling framework that supports the development of watershed-specific domain components. The objective of this study was to evaluatethe suitability of the COMFARM for the design and creation of a component-based modeling system of agricultural reservoir watersheds. A case studythat focused on a particular modeling system was conducted on a watershed that includes the Daehwa and Dangwol serial irrigation reservoirs. Thehydrologic modeling system for the study area was constructed with linkable components, including the modified Tank, an agricultural water supply anddrainage model, and a reservoir water balance model. The model parameters were each calibrated for two years, based on observed reservoir water levels. The simulated results were in good agreement with the observed data. In addition, the applicability of the COMFARM was evaluated for regions wherereservoir outflows, including not only spillway release but also return flow by irrigation water supply, substantially affect the downstream riverdischarge. The COMFARM could help to develop effective water-management measures by allowing the construction of a modeling system andevaluation of multiple operational scenarios customized for a specific watershed.
Abstract
The component-based modeling framework for agricultural water-resources management (COMFARM) is a user-friendly, highly interoperable,lightweight modeling framework that supports the development of watershed-specific domain components. The objective of this study was to evaluatethe suitability of the COMFARM for the design and creation of a component-based modeling system of agricultural reservoir watersheds. A case studythat focused on a particular modeling system was conducted on a watershed that includes the Daehwa and Dangwol serial irrigation reservoirs. Thehydrologic modeling system for the study area was constructed with linkable components, including the modified Tank, an agricultural water supply anddrainage model, and a reservoir water balance model. The model parameters were each calibrated for two years, based on observed reservoir water levels. The simulated results were in good agreement with the observed data. In addition, the applicability of the COMFARM was evaluated for regions wherereservoir outflows, including not only spillway release but also return flow by irrigation water supply, substantially affect the downstream riverdischarge. The COMFARM could help to develop effective water-management measures by allowing the construction of a modeling system andevaluation of multiple operational scenarios customized for a specific watershed.
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