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Data for factor analysis of hydro-geochemical characteristics of groundwater resources in Iranshahr

机译:伊朗沙赫尔地下水资源水文地球化学特征因子分析数据

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Detection of Hydrogeological and Hydro-geochemical changes affecting the quality of aquifer water is very important. The aim of this study was to determine the factor analysis of the hydro-geochemical characteristics of Iranshahr underground water resources during the warm and cool seasons. In this study, 248 samples (two-time repetitions) of ground water resources were provided at first by cluster-random sampling method during 2017 in the villages of Iranshahr city. After transferring the samples to the laboratory, concentrations of 13 important chemical parameters in those samples were determined according to o water and wastewater standard methods. The results of this study indicated that 45.45% and 55.55% of the correlation between parameters has had a significant decrease and increase, respectively with the transition from warm seasons to cold seasons. According to the factor analysis method, three factors of land hydro-geochemical processes, supplying resources by surface water and sewage as well as human activities have been identified as influential on the chemical composition of these resources.The highest growth rate of 0.37 was observed between phosphate and nitrate ions while the lowest trend of ? 0.33 was seen between fluoride ion and calcium as well as chloride ions. Also, a significant increase in the correlation between magnesium ion and nitrate ion from warm seasons to cold seasons indicates the high seasonal impact of the relation between these two parameters.
机译:检测水文地质和水文地球化学变化对含水层水质的影响非常重要。这项研究的目的是确定在炎热和寒冷季节Iranshahr地下水资源的水文地球化学特征的因子分析。在这项研究中,2017年期间,在伊朗沙赫尔市的村庄中,首先通过整群随机抽样方法提供了248个地下水资源(两次重复)。将样品转移到实验室后,根据水和废水标准方法确定了这些样品中13个重要化学参数的浓度。这项研究的结果表明,随着从暖季到冷季的过渡,参数之间的相关性分别有45.45%和55.55%显着减少和增加。根据因子分析方法,确定了土地水文地球化学过程,地表水和污水供应资源以及人类活动等三个因素对这些资源的化学成分有影响,其中最高的增长率为0.37。磷酸根和硝酸根离子的最低趋势为?在氟离子和钙以及氯离子之间观察到0.33。同样,从暖季到冷季,镁离子和硝酸根离子之间的相关性显着增加,表明这两个参数之间的关系受到季节性的强烈影响。

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