水科学进展
水科學進展
수과학진전
2010年
1期
9-15
,共7页
贾仰文%王浩%甘泓%游进军%仇亚琴%甘治国%周祖昊%杨贵羽
賈仰文%王浩%甘泓%遊進軍%仇亞琴%甘治國%週祖昊%楊貴羽
가앙문%왕호%감홍%유진군%구아금%감치국%주조호%양귀우
水循环%水资源%区域规划与开发%管理%优化技术%分布式水文模型%二元模型%海河流域
水循環%水資源%區域規劃與開髮%管理%優化技術%分佈式水文模型%二元模型%海河流域
수순배%수자원%구역규화여개발%관리%우화기술%분포식수문모형%이원모형%해하류역
water cycle%water resources%regional planning and development%management%optimization techniques%distributed hydrological model%dualistic model%Haihe River Basin
综合考虑水文气象、南水北调工程、地下水超采控制、入海水量控制目标等因素,以及现状(2005年)、 2010年和2020年3个水平年, 设置了9个情景方案, 应用海河流域二元水循环模型(简称"二元模型")进行了水资源管理战略情景模拟分析.采用GDP、粮食产量、 ET(蒸散发量)、入海水量、总用水量、减少地下水超采量等评价指标对9个情景方案的模拟结果进行了评价,给出了各规划水平年的推荐方案.在此基础上,对今后海河流域水资源管理战略问题如ET控制、地下水超采量控制和入渤海水量控制等进行了讨论.研究表明,未来虽然有南水北调工程对本流域的补水,但需要严格控制流域用水量和耗水量,才能做到逐步减少地下水超采量、增加入渤海水量,实现国民经济与生态环境的和谐发展.
綜閤攷慮水文氣象、南水北調工程、地下水超採控製、入海水量控製目標等因素,以及現狀(2005年)、 2010年和2020年3箇水平年, 設置瞭9箇情景方案, 應用海河流域二元水循環模型(簡稱"二元模型")進行瞭水資源管理戰略情景模擬分析.採用GDP、糧食產量、 ET(蒸散髮量)、入海水量、總用水量、減少地下水超採量等評價指標對9箇情景方案的模擬結果進行瞭評價,給齣瞭各規劃水平年的推薦方案.在此基礎上,對今後海河流域水資源管理戰略問題如ET控製、地下水超採量控製和入渤海水量控製等進行瞭討論.研究錶明,未來雖然有南水北調工程對本流域的補水,但需要嚴格控製流域用水量和耗水量,纔能做到逐步減少地下水超採量、增加入渤海水量,實現國民經濟與生態環境的和諧髮展.
종합고필수문기상、남수북조공정、지하수초채공제、입해수량공제목표등인소,이급현상(2005년)、 2010년화2020년3개수평년, 설치료9개정경방안, 응용해하류역이원수순배모형(간칭"이원모형")진행료수자원관리전략정경모의분석.채용GDP、양식산량、 ET(증산발량)、입해수량、총용수량、감소지하수초채량등평개지표대9개정경방안적모의결과진행료평개,급출료각규화수평년적추천방안.재차기출상,대금후해하류역수자원관리전략문제여ET공제、지하수초채량공제화입발해수량공제등진행료토론.연구표명,미래수연유남수북조공정대본류역적보수,단수요엄격공제류역용수량화모수량,재능주도축보감소지하수초채량、증가입발해수량,실현국민경제여생태배경적화해발전.
The nine integrated water resources management scenarios in the Haihe River Basin (HRB), comprehensively considering factors of the hydro-meteorology, the South to North Water Transfer Projects (SNWTP), the groundwater overexploitation and the control target of river flow into the Bohai Sea, and the current situation of 2005, as well as two future scenarios of 2010 and 2020 planning year level are constructed using the dualistic hydrological cycle model (abbreviated as Dualistic Model). The results are evaluated through the evaluation indices, including GDP, grain output, evapotranspiration (ET), river flow into the sea, total water use and reduced groundwater overexploitation. The optimized scenario is obtained and proposed. Building upon the result of scenario simulations, the future water resources management in the HRB is discussed in the context of controlling of ET, groundwater overexploitation, and flow discharge into the sea. The result shows that in spite of having future water supply from the SNWTP, the measures of strict control of water usages and the consumptions are still essential and necessary in order to gradually reduce the groundwater overexploitation and increase the flow discharge into the Bohai Sea, which will ensure the harmonious development of economy and eco-environment in the HRB.