Santiago Island, the biggest and most populated island of the Cape Verde Republic, is characterised by limited surface waters and strong dependence on groun'/> Application of Time-Domain Electromagnetic Method in Investigating Saltwater Intrusion of Santiago Island (Cape Verde)
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Application of Time-Domain Electromagnetic Method in Investigating Saltwater Intrusion of Santiago Island (Cape Verde)

机译:时域电磁法在调查圣地亚哥岛(Cape Verde)的盐水侵犯中的应用

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AbstractSantiago Island, the biggest and most populated island of the Cape Verde Republic, is characterised by limited surface waters and strong dependence on groundwater sources as the primary source of natural water supply for extensive agricultural activity and human use. However, as a consequence of the scarce precipitation and high evaporation as well as the intense overexploitation of the groundwater resources, the freshwater management is also in a delicate balance with saltwater at coastal areas. The time-domain electromagnetic (TDEM) method is used to locate the extent of saltwater intrusion in four important agricultural regions in Santiago Island; S?o Domingos, Santa Cruz, S?o Miguel, and Tarrafal. The application of this method in Santiago Island proves it to be a successful tool in imaging the fresh/saltwater interface location. Depths to the saline zones and extensions of saline water are mapped along eight TDEM profiles.
机译:<标题>抽象 ara id =“par1”>圣地亚哥岛,佛得角共和国最大,最具人口最多的岛屿,其特点是有限的地表水域,并强烈依赖地下水来源作为天然水的主要来源 提供广泛的农业活动和人类使用。 然而,由于稀缺降水量和高蒸发以及地下水资源的强烈过度渗透,淡水管理也与沿海地区的咸水平衡。 时域电磁(TDEM)方法用于定位圣地亚哥岛四个重要农业地区的盐水侵入程度; S?O Domingos,Santa Cruz,S?O Miguel和Tarrafal。 这种方法在圣地亚哥岛上的应用证明它是一种成功的成功工具,用于成像新鲜/盐水界面位置。 盐水区的深度和盐水的延伸部分沿八个TDEM型材映射。

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