농업용저수지 재개발 우선순위 산정시스템 개발
Development of the Priority Decision System for Redevelopment of Agricultural Reservoir
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참고문헌
초록
This study is to develop a Priority Decision System for Redevelopment (PDSR) which is able to decide the priority for redevelopment of agricultural reservoirs. The major scopes of this research are to make the related GIS data like hydrologic unit map and other thematic maps to determine the suggested priority index (PI), and to develop the PDSR handling the GIS data and calculating weighing factors for the PI. In order to make the weighing factor decision module, the AHP technique was adopted. The result of the weighing factor calculation was showed PC (Possibility Criteria) and RC (Restriction Criteria) were 76% and 24%respectively. Which means that most of the specialist selected PC category prior to RC because of whom to mostly of major technique. So, in order to make more objective result, the selection of specialists is important like environmental activists or local residents and so on. The product from this research can provide more scientific support to decide the priority decision.
Abstract
This study is to develop a Priority Decision System for Redevelopment (PDSR) which is able to decide the priority for redevelopment of agricultural reservoirs. The major scopes of this research are to make the related GIS data like hydrologic unit map and other thematic maps to determine the suggested priority index (PI), and to develop the PDSR handling the GIS data and calculating weighing factors for the PI. In order to make the weighing factor decision module, the AHP technique was adopted. The result of the weighing factor calculation was showed PC (Possibility Criteria) and RC (Restriction Criteria) were 76% and 24%respectively. Which means that most of the specialist selected PC category prior to RC because of whom to mostly of major technique. So, in order to make more objective result, the selection of specialists is important like environmental activists or local residents and so on. The product from this research can provide more scientific support to decide the priority decision.
참고문헌 (13)
- 최지용, "수질개선을 고려한 수변구역의 토지매입 우선순위 산정기법연구", 국토연구, 34, pp.3~43 (2002), 국토연구원
- Kim, S. J, "A Grading of Irrigation Reservoir for maintenance and management", Proceedings of the 1998 KSAE Annual Conference, pp.45~58 (1998), Gyeongsang National Univ
- Kim, G. H, "Water Quality management System for Agricultural water", Journal of the Korean Society of Environmental Engineers, 4, pp.35~41 (2000)
- 김해도, "농업용저수지 재개발 우선순위 결정 연구", 한국농공학회논문집, 51(6), pp.63~68 (2009), 한국농공학회
- Study of agricultural reservoir redevelopment, "Korea Rural Infrastructure and Rural Corporation (KARICO)", ~ (2005)
- 박석순, "상수원 보호를 위한 유역기반 토지관리 우선순위 모델 적용", 한국물환경학회지, 20(5), pp.397~408 (2004), 한국물환경학회
- Ministry of Agriculture and Forestry, Korea (MAF), "Agriculture and Agricultural Water Project", ~ (1999)
- Ministry of Agriculture and Forestry, Korea (MAF), "Study on the Policy and Planning for Re-construction of Reservoirs as Multi-purpose Medium Scale Ones", ~ (2001)
- Ministry of Agriculture and Forestry, Korea (MAF), "Agricultural Water Supplement System Remodeling Project", ~ (2003)
- Park, J. H, "Evaluation Method for Irrigation Canal Systems", 석사, pp.2003
- Ministry of Construction and Transportation, Korea (MOCT), "Water vision 2020", ~ (2006)
- Rural Research Institute (RRI), "Development of Spillway Gate for the Sustainable Agricultural Water and Flood Control", ~ (2008)
- Yoon, Y. N., "Technology for Sustainable Dam Development. 21C Frontier R&D Program", Sustainable Water Resource Research Center 1st Phase, ~ (2004)