尼泊尔西部巴迪加德集水区泉水的水质

Jivan Bhusal, P. Gyawali
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引用次数: 7

摘要

尼泊尔的人口增长和密集的农业活动导致对淡水的需求大幅增加。由于该国大部分地区获得地表水的机会有限,地下水和泉水分别是特莱和丘陵地区灌溉和饮用的主要水源。本研究对来自Gulmi和Baglung地区的Badigad流域的30个泉水样本进行了水质分析。本研究分析了巴迪加德流域泉水的灌溉饮用适宜性。在现场和实验室采用标准方法对理化参数进行了分析。样品的pH平均值为7.8,电导率值为630 ~ 1500微西门子/cm。碳酸氢盐碱度在140至350毫克/升之间,表明该流域存在中等盐度危害。该集水区的水硬度适中,CaCO3的平均硬度为75mg/L。所有样品的硝酸盐、硫酸盐、氨、氯化物、氟化物和钠的吸收比分别<0.1mg/L、<1mg/L、<1.5mg/L、3mg/L、1mg/L和<2。在一些样品中,水中的铁含量也低于允许的限度,在一些样品中,铁含量也没有达到允许的限度。因此,巴迪加德集水区的泉水适合饮用和灌溉。地质学报,2015年第18卷,第67-74页
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Water quality of springs in Badigad Catchment, Western Nepal
Population growth and intense agricultural activities in Nepal has caused substantial increase in demand for fresh water. As there is limited access to surface water in most parts of the country, groundwater and springs are the principal water sources for irrigation and drinking purposes in the Terai and hilly region, respectively. The present study carries out the water quality analysis of 30 spring samples in the Badigad Catchment from Gulmi and Baglung Districts. The study was made to analyse suitability of spring waters of the Badigad Catchment for irrigation and drinking purposes. The physiochemical parameters were analysed using standard methods in the site and laboratory. Average value for pH of the sample was 7.8 with conductivity value ranging from 630 to 1500 micro Siemens/cm. The bicarbonate alkalinity ranges from 140 to 350 mg/L, indicating a medium salinity hazard in the catchment. The water in the catchment was found to be moderately hard with an average of 75mg/L CaCO3 hardness. Nitrate, sulphate, ammonia, chloride, fluoride and sodium absorption ratio were found to be <0.1mg/L, <1mg/L, <1.5mg/L, 3mg/L, 1mg/L and <2, respectively in all samples. Iron content in the water was also below the permissible limits in some samples and not available in some samples. Thus, the spring water in Badigad Catchment is suitable for drinking and irrigation purposes. Bulletin of the Department of Geology, Vol. 18, 2015, pp. 67-74
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