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Quality Assessment of Surface and Groundwater Sources in Lugbe, Abuja, North-Central Nigeria

机译:尼日利亚中北部阿布贾Lugbe的地表水和地下水源质量评估

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Lugbe is one of the satellite towns in Abuja, the Federal Capital Territory of Nigeria. It is situated between latitudes 08o55′N to 09o00′N and longitudes 07o19′E to 07o26′E covering an area of about 50 km 2 . The area is underlain by crystalline rocks of Precambrian age mainly the older granite and the Migmatite-gneiss. Groundwater and surface water samples were collected and analyzed for their physical, chemical and microbial parameters. Results of the analyses indicate that the physical parameters falls within the acceptable limit except pH which ranged from 5.8 and 6.9 indicating slightly acidic environment. Concentrations of the chemical parameters analyzed are within the permissible limits except copper and lead whose concentration in few locations where found to be higher than the WHO and NSDWQ recommended limits for safe drinking water. The water is poor bacteriologically as total coliform and E.coli were determined in both the surface and groundwater samples which is an indication of faecal contamination. The dominant water type from Piper diagram and Schoeller plot is Ca-Mg-Cl-SO 4 . Due the poor quality of surface and groundwater sources in Lugbe, treatment of the water before domestic usage is recommended. The observed anomalies in the water sources are finger-prints of anthropogenic contamination due to upsurge in population and urbanization without proper sanitary measures as well as rock-water interaction mechanism. Keyword: Quality Assessment, Surface water, Groundwater, Lugbe, Abuja, North-Central Nigeria
机译:卢格比是尼日利亚联邦首都特区阿布贾的卫星城之一。它位于纬度08o55′N至09o00′N和经度07o19′E至07o26′E之间,覆盖约50 km 2的面积。该地区被前寒武纪时代的晶体岩所覆盖,主要是较老的花岗岩和玛格特岩片麻岩。收集地下水和地表水样品,并分析其物理,化学和微生物参数。分析结果表明,物理参数在可接受的范围内,但pH值介于5.8和6.9之间,表明环境呈弱酸性。除铜和铅在少数几个地方的浓度超出世界卫生组织和NSDWQ建议的安全饮用水限制外,所分析化学参数的浓度均在允许的范围内。由于在地表水和地下水样品中都测定了大肠菌群和大肠杆菌的含量,因此水的细菌学性质较差,这表明粪便受到污染。从Piper图和Schoeller图得出的主要水类型是Ca-Mg-Cl-SO 4。由于卢格(Lugbe)的地表水和地下水水质差,建议在家庭使用之前对水进行处理。在水源中观察到的异常现象是由于人口增长和城市化而没有适当的卫生措施以及岩水相互作用机制导致的人为污染的指纹。关键字:质量评估,地表水,地下水,卢格贝,阿布贾,尼日利亚中北部

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