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首页> 外文期刊>African Journal of Environmental Science and Technology >Reginol interpretation of river Indus water quality data using regression model
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Reginol interpretation of river Indus water quality data using regression model

机译:回归模型对河道印度河水质数据的区域解释

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Water samples were collected from river Indus over 591 km2 from Kashmor to Keti Bandar/Shah Bandar in the province of Sindh, Pakistan, during 2008 and 2009 on seasonal bases. These samples were analyzed for 12 water quality variables including physical and chemical parameters. Then correlation study was carried out and correlation co-efficient “r” was determined using correlation matrix to identify the highly correlated and interrelated parameters. Regression model were developed to test the significant ‘r’ and P-value test was carried out to test the significance of the pair of parameters. F-test was also used to examine the joint-effects of several independent variables without taking into account the separate effects of each variable. The comparison of the observed and predicted values of different parameters using regression equation suggested that the regression model provide useful means of rapid and easier monitoring of water quality of a river in a region.
机译:在2008年至2009年期间,从巴基斯坦的信德省(Kashmor)到印度信德省的Keti Bandar / Shah Bandar的591平方公里的印度河上采集了水样,按季节计算。分析了这些样品的12种水质变量,包括物理和化学参数。然后进行相关研究,并使用相关矩阵确定相关系数“ r”,以识别高度相关和相关的参数。开发了回归模型以检验有效的“ r”,并进行了P值检验以检验这对参数的显着性。 F检验还用于检查几个独立变量的联合效应,而没有考虑每个变量的单独效应。使用回归方程对不同参数的观测值和预测值的比较表明,回归模型提供了快速简便地监控区域内河流水质的有用手段。

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