기간별 저수 관리를 통한 소규모 댐의 밭 관개용수 확보
Securement of Upland Irrigation Water in Small Dams through Periodical Management of Storage Level
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다운로드
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참고문헌
초록
Abstract
The objective of this study is securement of upland irrigation water using storage level management of small dams. However, it is not new development of water resources but securement of water using storage level management of existing dam. This study has enhanced the water utilization coefficient of dam, after extra available water had been calculated by application of periodical management storage level and this water is used to other water like the upland irrigation water demand. As the result of application, it can secure extra available water except the water requirement. Minimum extra available water except flood is about 20,000,000 m3 and crop irrigation water demand of 10yr frequency is about 2,033,000 m3 in Seongju. The utilization of crop irrigation water can be possible. And extra available water is about 3,102,000 m3 in 2000, 1,959,000 m3 in 2001 except flood period and crop irrigation water demand of 10yr frequency is about 2,272,000 m3 in Donghwa. It is judged that extra available water cannot be used to crop irrigation water during the dry season in Dongwha.Consequently, when management storage level is determined and more efficient use of water is gotten like this study, water utilization coefficient will be enhanced.
참고문헌 (11)
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- "Operation Standard Establishment and Development of Effective Storage Management Model of Small Dams" (2005), Konkuk University
- "Simulating Daily Inflow and Release Rates for Irrigation Reservoirs Journal of the Korea Society of Agricultural Engineers", pp.95~104 (1988)
- "Upland Irrigation Water Extra available Using Storage Level Management of Small Dams, Proc.", pp.76~ (2004)
- "Development of Estimation System for Agricultural Water Demand" (2000), Konkuk University
- "Operating Rules for Multireservoir Syste- ms", 33(4), pp.839~852 (1997)
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- "Donghwa Basin TM", TC Work Plan Report, 2001, ~[DOI]
- "Seongju Basin TM", TC Work Plan Report, 1996, ~[DOI]
- "Crop evapotranspiration", 56 (1998), FAO
