Project Abstract

Abstract
Urban areas face increasing challenges in managing groundwater quality due to various human activities and environmental factors. This research focuses on assessing groundwater quality in urban areas using Geographic Information System (GIS) and remote sensing techniques. The study aims to analyze the spatial distribution of groundwater quality parameters, identify potential sources of contamination, and propose mitigation strategies for sustainable groundwater management. The research begins with an introduction providing background information on the importance of groundwater quality in urban areas. It highlights the significance of utilizing GIS and remote sensing technologies for efficient data collection, analysis, and visualization. The problem statement outlines the current issues related to groundwater quality degradation and the need for effective monitoring and management practices. The objectives of the study include mapping groundwater quality parameters such as pH, turbidity, nitrate levels, and heavy metal concentrations using GIS tools. Additionally, the research aims to assess the impact of urbanization on groundwater quality and identify potential sources of contamination. The limitations of the study are acknowledged, including data availability, accuracy of remote sensing data, and potential errors in GIS analysis. The scope of the study focuses on urban areas, specifically targeting regions with high population density and industrial activities. The significance of the research lies in providing valuable insights into the spatial distribution of groundwater quality parameters, which can inform policymakers, urban planners, and environmental agencies in decision-making processes. The structure of the research includes a detailed methodology for data collection, analysis, and interpretation. The literature review covers ten key aspects related to groundwater quality assessment, GIS applications, remote sensing techniques, urbanization impacts, and sustainable groundwater management practices. The research methodology outlines the steps involved in collecting groundwater samples, conducting laboratory analysis, acquiring remote sensing data, and processing GIS maps. The discussion of findings in Chapter Four presents a comprehensive analysis of the spatial distribution of groundwater quality parameters in urban areas. It identifies potential sources of contamination, evaluates the impact of urbanization on groundwater quality, and proposes mitigation strategies for sustainable groundwater management. The conclusion summarizes the key findings of the study and provides recommendations for future research directions. In conclusion, this research contributes to the existing knowledge on groundwater quality assessment in urban areas using GIS and remote sensing techniques. By integrating spatial analysis and environmental monitoring methods, the study offers valuable insights into the challenges and opportunities for sustainable groundwater management in urban environments.

Project Overview