| Water Resource Development in the Quaternary Ryukyu Limestone Regions of Japan:Application of the GIS to the Site Selection of Underground Dams |
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| 作者姓名： | Kaijun JIANG Hiroyasu FURUKAWA Yuji ONOYAMA Testuro ESAKI |
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| 作者单位： | Underground Dam Research Group，Showa-chika Kogyo Inc.，Fukuoka，Japan 815-0082，Underground Dam Research Group，Showa-chika Kogyo Inc.，Fukuoka，Japan 815-0082，Underground Dam Research Group，Showa-chika Kogyo Inc.，Fukuoka，Japan 815-0082，Institute of Environmental Systems，Kyushu University，Fukuoka，Japan 812-8581 |
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| 摘 要： | Based on the natural and social conditions as well as hydrogeological characteristics of the Ryukyu limestone, a major aquifer in the Ryukyu Islands, a conception of underground dam, was proposed in the early 1970s in order to develop ground water resources in the Quaternary Ryukyu limestone regions of Japan. The practice of nearly thirty years has shown that the underground dam is an environment-friendly and effective way for developing ground water in these regions.To further improve the technology associated with underground dam, the authors introduced related analytic methods. The application of the geographical information system technology to site selection of the underground dam is reported in this paper.
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Water Resource Development in the Quaternary Ryukyu Limestone Regions of Japan:Application of the GIS to the Site Selection of Underground Dams |
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| Authors: | Kaijun JIANG Hiroyasu FURUKAWA Yuji ONOYAMA Underground Dam Research Group Showa-chika Kogyo Inc Fukuok Japan -and Testuro ESAKI Institute of Environmental Systems Kyushu University Fukuok Japan - |
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| Abstract: | Based on the natural and social conditions as well as hydrogeological characteristics of the Ryukyu limestone, a major aquifer in the Ryukyu Islands, a conception of underground dam, was proposed in the early 1970s in order to develop ground water resources in the Quaternary Ryukyu limestone regions of Japan. The practice of nearly thirty years has shown that the underground dam is an environment-friendly and effective way for developing ground water in these regions.To further improve the technology associated with underground dam, the authors introduced related analytic methods. The application of the geographical information system technology to site selection of the underground dam is reported in this paper. |
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| Keywords: | underground dam limestone Quaternary GIS ground water |
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