Impact Assessment of Urban Built-up Area on Groundwater Level of District Faisalabad, Pakistan

Sahar Zia, Muhammad Nasar-u- Minallah, Mahrukh Tahir, Aysha Hanif
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Abstract

This paper attempts to explore the impact of built-up areas on groundwater levels in district Faisalabad. To understand the rate of built-up area expansion and changes in the level of groundwater in the study area, groundwater data has been acquired from the Land Reclamation Department for all tehsils in district Faisalabad. This study was conducted to assess spatial and temporal variation of groundwater level because of the built-up area change. Descriptive statistics (Scatter Plot correlation technique) have been applied to figure out changes in groundwater levels. Furthermore, some built-up area extraction methods have been incorporated that are always found to be effective tools for the assessment of built-up area change. The spatial analysis tool Spline has applied to 79 bore points in all tehsils of district Faisalabad. Results clearly show that a built-up increase of 41 km2 in Faisalabad city is causing 1-foot depletion in groundwater as compared to other tehsils, where a built-up increase is negligible. Such research studies of groundwater changes would assist the planners to adopt effective sustainable measures.
巴基斯坦费萨拉巴德地区城市建成区对地下水位的影响评价
本文试图探讨建成区对费萨拉巴德地区地下水位的影响。为了了解研究地区建成区扩张的速度和地下水水位的变化,从土地复垦部获得了费萨拉巴德地区所有村庄的地下水数据。本文研究了城市建成区变化对地下水位的时空影响。描述性统计(散点图相关技术)已被用于计算地下水位的变化。此外,还纳入了一些建成区提取方法,这些方法一直被认为是评估建成区变化的有效工具。空间分析工具Spline已应用于费萨拉巴德地区所有地区的79个钻孔点。结果清楚地表明,与其他地区相比,费萨拉巴德市每增加41平方公里的建筑面积就会导致1英尺的地下水枯竭,而在其他地区,建筑面积的增加可以忽略不计。这种对地下水变化的研究将有助于规划人员采取有效的可持续措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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