@ARTICLE {CWE / 1288/2018，作者= {}，Journal = {当前世界环境}，Publisher = {}，Title = {西北部中山中丘陵的水质的空间和时间变化的评估 - 水质索引方法}，年= {}，月= {}，卷= {61}，URL = {www.a-i-l-s-a.com/article/1121/}，页面= {37-48}，抽象= {今天，质量由于其城市化，工业化，运输等由于城市化，迅速发展的地区和工业枢纽，全球饮用水已成为环境问题，即最近的过去的发展中国家，迅速发展的地区和工业中心，面临着患有水的腹泻疾病爆发。因此，该研究是在季风和季风季节期间评估疾病负担地区的水质。水源的pH值为6.92-7.43，在正常限制内。水的电导率范围为151.40-414.65μs/ cm。高疾病负荷区域的水源比规定的ICMR标准表现出更高的EC。在所有疾病负荷地区都是正常的DO（范围7.43- 8.56 mg / L）。BOD（范围12.25-23.25 mg / L）高于所有地区的双限值。COD，TDS和浊度（范围为75.75-157.50 mg / L，2.24-81.01 mg / L和1.85-5.05 NTU）在BIS限制范围内。 The concentrations (mg/l) of Ca, Pb, Hg, Zn and Cr was found in the ranges of 37.2- 122.9, 0.17- 0.51, 0.00- 0.03, 0.74- 8.99 and 0.04- 0.10, respectively. The high disease burden regions exhibited relatively higher contents of Ca, Hg and Cr as compared to lower one and the BIS limits. However, contents of Pb and Zn were above BIS limits in all the regions. The concentration (mg/l) of Mg, NO3-, Cl- and As was in the ranges of 14.25- 30.61, 5.10- 9.88, 16.42- 74.96 , 0.001- 0.014 respectively, which were below prescribed standards. Cd was detected (0.001 mg/l) in Solan region only, however it was within BIS limits. Water Quality Index (WQI) computed by using nine parameters varied from 78.58- 219.78 (very poor to unsafe drinking water class). Interestingly, water sources of all the high disease burden regions were unsafe for drinking (WQI: 102.02- 167.04). Water quality deteriorated more in the monsoons. The study therefore warrants remedial actions of water resource protection and conservation for provision of potable water.}, number = {62}, doi = {10.12944/CWE.14.1.06} }