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首页> 外文期刊>AIMS Environmental Science >Basin-wide groundwater vulnerability assessment: a GIS based DRASTIC approach to the problem of coal seam gas extracted water
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Basin-wide groundwater vulnerability assessment: a GIS based DRASTIC approach to the problem of coal seam gas extracted water

机译:流域范围内的地下水脆弱性评估:基于GIS的DRASTIC方法解决煤层气抽取水问题

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Coal seam gas (CSG) production requires the extraction of large volumes of water. Discharges of the extracted water into the environment occur via authorised temporary permits or through accidental releases. The purpose of this study is to assess the risk to shallow groundwater aquifers from potential CSG water releases in Queensland, Australia. A GIS based methodology was used to identify vulnerable shallow aquifers by overlaying a series of risk factors, which increase the likelihood of flow from the ground surface into aquifers below. We identified where the vulnerable aquifers are located and estimate that about 10,000 people live in these areas. The GIS based exposure mapping approach applied here provides a useful ‘first-pass’ assessment of areas with CSG activity. Areas identified as potentially high risk should be prioritised for further detailed investigation.
机译:煤层气(CSG)的生产需要抽取大量的水。提取的水通过授权的临时许可证或意外释放而排入环境。这项研究的目的是评估澳大利亚昆士兰州潜在的南玻集团水释放对浅层地下水含水层的风险。通过覆盖一系列风险因素,使用了基于GIS的方法来识别易受伤害的浅层含水层,这增加了从地表流入下方含水层的可能性。我们确定了易受伤害的含水层的位置,并估计这些地区约有10,000人居住。此处使用的基于GIS的曝光度映射方法可对CSG活动区域进行有用的“首过”评估。确定为潜在高风险的区域应优先进行进一步详细调查。

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