A surface water management model for the Integrated Southern Ghor Project, Jordan
A surface water management model for the Integrated Southern Ghor Project, Jordan
复制标题
约旦南古尔综合项目的地表水管理模型
DOI：
10.1108/14714170910973510
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发表时间：
2009
期刊：
影响因子：
--
通讯作者：
Maha Alqam
中科院分区：
文献类型：
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作者：
M. A. Rumman;Mohammad Hiyassat;Bashar M. Al;A. Jamrah;Maha Alqam
目的-本文件的目的是评估南古尔综合项目（ISGP）满足所需水需求的长期能力，评估由此产生的能源需求，抽水成本，水转移，当前系统相对于开发前条件和预计需水量的影响的好处增加了由此产生的水赤字。设计/方法/途径-利用动态规划方法建立了地表水资源管理模型。模型的输入是项目区不同干渠的水文来水量、水库特性和蒸发率、系统需水量。该模型的输出是在不同的需求领域，水库存储和释放序列，水转移和能源需求和相关的成本的水赤字。不同的性能标准与年频率曲线的平均年值被用来评估不同的水情景对ISGP的影响。
Purpose – The purpose of this paper is to assess the long‐term ability of the Integrated Southern Ghor Project (ISGP) to meet the required water demands, assess the resulting energy requirements, pumping costs, water transfers, benefits of the current system with respect to predevelopment conditions and effect of projected water demands increase on the resulting water deficits.Design/methodology/approach – A surface water resources management model is developed using dynamic programming. The model inputs are the hydrological inflows from the different wadis in the project area, reservoirs characteristics and evaporation rates, system water demands. The model outputs are water deficits at the different demand areas, reservoirs storage and release sequences, water transfers and energy requirements and the associated costs. The average annual values of different performance criteria with the annual frequency curves are used to evaluate the implications of different water scenarios on the ISGP.Findings – The ...