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三江平原区域水资源分析(三)
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作者 郭大本 魏永霞 王清 《黑龙江大学工程学报》 1997年第3期12-16,共5页
三江平原区域水资源分析(三)郭大本(黑龙江农垦勘测设计研究院黑龙江水利高等专科学校)魏永霞王清(黑龙江农垦勘测设计研究院)3.1.2平原区地下水可开采量平原区地下水总补给量,因受开采条件的限制,一般不能全部被开采和利... 三江平原区域水资源分析(三)郭大本(黑龙江农垦勘测设计研究院黑龙江水利高等专科学校)魏永霞王清(黑龙江农垦勘测设计研究院)3.1.2平原区地下水可开采量平原区地下水总补给量,因受开采条件的限制,一般不能全部被开采和利用。在经济合理和技术可能的条件下,... 展开更多
关键词 水资源分析 平原 平原地下水资源 单井涌水量 地下水埋深 扩张原理 水文地质条件 开采系数 低山丘陵区 资源
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Water Resource Management in the Intermountain Izeh Plain,Southwest of Iran 被引量:1
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作者 Kalantari.N Pawar.N.J Keshavarzi.M.R 《Journal of Mountain Science》 SCIE CSCD 2009年第1期25-41,共17页
Ever growing demand for water for agricultural activities in the Izeh Plain has enhanced the use of groundwater. Due to enormous groundwater abstraction since 1985, the overall static water level has receded by more t... Ever growing demand for water for agricultural activities in the Izeh Plain has enhanced the use of groundwater. Due to enormous groundwater abstraction since 1985, the overall static water level has receded by more than 5 meters reflecting that the aquifer is under stress condition. As a result, interest is focused on application of artificial recharge as an option for groundwater management to augment water supply in this area. Therefore, in the present investigations, suitable sites for artificial recharge were selected by an integrated surface and sub-surface assessment of the area. On the basis of the data collected from four target points, it was realized that the selected sites for artificial recharge could not meet water demand of the area. In this study attention was also paid to utilization of the existing Miangran Lake water as an alternative to combat water shortage for irrigation. The study further indicated that the available Miangran Lake water could be used for irrigation of the reclaimed agricultural land and enabling to convert 20o0 hectares of rain-fed land into irrigation. The total cost to utilize lake water is US$ 2,756,729 and it was estimated that the project could recoup the investment within 5 years which is quite reasonable in this water scarcity prone area. 展开更多
关键词 Artificial recharge STREAM MiangranLake GROUNDWATER Izeh Plain
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