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地下水地球化学与地下水前景评价,印度卡纳塔克邦班加罗尔市区阿内卡尔县。

Geochemistry of groundwater and groundwater prospects evaluation, Anekal Taluk, Bangalore Urban District, Karnataka, India.

机构信息

Department of Environment Science, Bangalore University, Jnana Bharathi Campus, Bengaluru-56, Bangalore, India.

出版信息

Environ Monit Assess. 2011 Aug;179(1-4):93-112. doi: 10.1007/s10661-010-1721-z. Epub 2010 Oct 9.

DOI:10.1007/s10661-010-1721-z
PMID:20936428
Abstract

Anekal Taluk lies in the southern part of the of Bangalore urban district, known for Bannerghatta wildlife sanctuary, Jigani industrial estate, silk industry, and the electronics city, the pride of India and hub of Bangalore's information technology. In the present study, evaluation of geochemistry of 28 representative bore wells samples from Anekal Taluk was undertaken. It was found that most of the samples (92.9%) belong to Ca(2+ )-Mg(2+ )-Cl( - ) -SO²⁻₄water type with Ca-Mg-Cl and Ca-Cl hydrochemical facies. The groundwater sources were further categorized as normal chloride (32.14%) and normal sulfate (100%) water types based on Cl and SO(4) concentrations. Majority of the samples (64.3%) belong to C3-S1 water class, indicating water with high salinity and low sodium. Positive index of base exchange indicates the chloro-alkaline equilibrium in the study area. Groundwater potential zonation map for Anekal Taluk was generated using multiparametric and weighted overlay method using the spatial analyst tool in ArcGIS v9.2. Accordingly, five distinct classes corresponding to good(high), moderate (medium), moderate to poor (low), poor (very low), and poor to nil (very low) groundwater potential zones were identified in the region. Of this, 85.27% of the study area belongs to good/high to moderate/medium groundwater potential and only 14.73% belonging to moderate/poor to nil groundwater potential zones.

摘要

阿内卡尔区位于班加罗尔市区的南部,以班纳吉野生动物保护区、吉加尼工业区、丝绸业和电子城而闻名,是印度的骄傲和班加罗尔信息技术中心。在本研究中,对阿内卡尔区 28 个有代表性的钻孔样本进行了地球化学评估。结果发现,大多数样本(92.9%)属于 Ca(2+)-Mg(2+)-Cl(-)-SO₄²⁻₄水型,具有 Ca-Mg-Cl 和 Ca-Cl 水化学相。地下水来源进一步根据 Cl 和 SO₄浓度分为正常氯化物(32.14%)和正常硫酸盐(100%)水型。大多数样本(64.3%)属于 C3-S1 水类,表明水具有高盐度和低钠含量。碱度交换的正指数表明研究区存在氯-堿平衡。使用 ArcGIS v9.2 中的空间分析工具,采用多参数和加权叠加方法,生成了阿内卡尔区的地下水潜力分区图。据此,在该区域确定了五个不同的类别,分别对应于高(好)、中(中等)、中低(低)、低(非常低)和低至无(非常低)地下水潜力区。其中,85.27%的研究区属于高/好到中/中等地下水潜力区,只有 14.73%属于中/低到无地下水潜力区。

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