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Evaluation of Exploitable Groundwater Reserves in Karst Terrain: A Case Study from Crete, Greece

机译:喀斯特地形可开采地下水储量评估:以希腊克里特岛为例

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Karst systems constitute valuable freshwater resources in Crete island, a region of Greece that is threatened by water scarcity. The present work refers to evaluation of the available groundwater potential in a karst terrain and contributes to providing adequate quantities of fresh water to the central southern Crete (Rethimno prefecture). The available groundwater potential was estimated by combining conventional hydrogeological approaches and an analysis of hydrographs of Kourtaliotis spring that drains the system. The research procedure contributed to the three-dimensional understanding of the karst system and provided reasonable estimates regarding the groundwater reserves in the area. The geological (permanent) storage in the karstified system was estimated to 415 × 10 6 m 3 while the dynamic reserves were calculated equal to 43 × 10 6 m 3 . Based on the research results, it is considered possible to pump annually an amount of 21–29 × 10 6 m 3 over the quantities of water which naturally outflow from Kourtaliotis spring, in order to satisfy the water demands in the region. The study provides a valuable guidance on predicting the groundwater reserves in aquifers with similar hydrogeological regime.
机译:喀斯特系统构成了克里特岛的宝贵淡水资源,该岛是希腊缺水威胁的地区。目前的工作涉及对喀斯特地貌中可用的地下水潜力的评估,并有助于向克里特岛南部(Rethimno县)提供足够的淡水。通过结合常规水文地质方法和对排水系统的Kourtaliotis泉水文图的分析,估算了可用的地下水潜力。研究程序有助于对喀斯特系统的三维理解,并为该地区的地下水储量提供了合理的估计。岩溶系统中的地质(永久)储量估计为415×10 6 m 3,而动态储量计算为43×10 6 m 3。根据研究结果,为满足该地区的用水需求,可以考虑每年从库塔里奥提斯泉自然流出的水量中抽取21–29×10 6 m 3的水量。该研究为预测​​具有相似水文地质条件的含水层中的地下水储量提供了有价值的指导。

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