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首页> 外文期刊>Journal of Geoscience and Environment Protection >A Comparative Investigation of Groundwater Contamination in Typical Dumpsites and Cemetery Using Ert and Physicochemical Analysis of Water in Benin Metropolis, Nigeria
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A Comparative Investigation of Groundwater Contamination in Typical Dumpsites and Cemetery Using Ert and Physicochemical Analysis of Water in Benin Metropolis, Nigeria

机译:利用Ert和尼日利亚贝宁都会区的水的理化分析比较典型垃圾场和公墓的地下水污染

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This paper investigated the comparative analysis of groundwater contamination in Third Cemetery and Costain Dumpsite in Benin Metropolis, South South of Nigeria, using Electrical Resistivity Tomography (ERT) and Physicochemical analysis of water. The implications of land utilization for burial of dead human bodies in the form of cemeteries, many cases associated with coffin and caskets used for interment of remains and the location of refuse dump have received no consideration in Nigeria. Interment of bodies in cemeteries and dumping of refuse in dumpsites remain widespread practice and the only alternative endpoint to dead bodies and disposal of wastes in Nigeria. In Nigeria, this practice had not been perceived as having a significant potential contaminant effect in the environment and especially the groundwater component as search of literature attracted no such study to the country. In Benin City and Nigeria in general, the major cemeteries and dumpsites are located close to human residential areas and virtually all the populace within this locality depends on groundwater as the primary water source for various domestic purposes. Res2Dinv was employed in both sites as the geophysical method. The investigation of cemeteries is always difficult and challenging task in geoforensic prospective. Most researchers assess the impact of interment on the environment by comparing study results from cemeteries with data from reference sites. This study is based on this premise. The 2-D Geological Models showed that both Third Cemetery and Costain Dumpsite contained leachate plumes of various degrees as indicated by the low resistivity values, which infiltrated into the groundwater. The values of Water Quality Index (WQI) of groundwater samples in Third Cemetery and Costain Dumpsite were found to be 13.40 and 21.58 respectively which indicated that the quality of water at both Third Cemetery and Costain Dumpsite were good for drinking and other domestic purposes though with some degrees of contamination.
机译:本文利用电阻层析成像(ERT)和水的理化分析方法,对尼日利亚南部贝宁都会区第三公墓和科斯坦垃圾场的地下水污染进行了比较分析。在尼日利亚,土地利用对以墓地形式掩埋人体尸体的影响,与棺材和棺材有关的许多案件以埋葬尸体以及垃圾场的位置都没有得到考虑。在尼日利亚,公墓中的遗体遗弃和垃圾场中的垃圾倾倒仍然是普遍的做法,并且是死者尸体和废物处置的唯一替代终点。在尼日利亚,这种做法并未被认为对环境,尤其是地下水成分具有重大的潜在污染影响,因为文献检索没有对该国进行此类研究。通常,在贝宁市和尼日利亚,主要的墓地和垃圾场都位于人类居住区附近,实际上该地区的所有居民都将地下水作为各种家庭用途的主要水源。在两个站点中都使用Res2Dinv作为地球物理方法。在地质法庭的调查中,墓地的调查始终是艰巨而艰巨的任务。大多数研究人员通过将墓地的研究结果与参考地点的数据进行比较,来评估生物对环境的影响。这项研究就是基于这个前提。二维地质模型表明,第三公墓和科斯坦垃圾场都包含不同程度的渗滤液羽流,这表现为低电阻率值的表现,并渗入地下水。第三公墓和科斯坦垃圾场的地下水水质指数(WQI)分别为13.40和21.58,这表明第三公墓和科斯坦垃圾场的水质均良好,可饮用和其他生活用途。一定程度的污染。

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