Published Paper Details:

Groundwater is a crucial natural resource that sustains various human and ecological activities. However, the growing demand for water in Madnur and Jukkal Mandals of Kamareddy Districts, coupled with potential risks of groundwater depletion, necessitates a comprehensive assessment of groundwater potential for sustainable development. This research employs a multi-criteria analysis (MCA) approach to evaluate the groundwater potential in the study area. The MCA integrates multiple factors affecting groundwater availability, including lithology, land use, soil characteristics, geomorphic units, slope, lineaments, hydrogeological conditions, and rainfall patterns. Geographic Information Systems (GIS) technology and remote sensing data are utilized to gather and analyze spatial information, enhancing the accuracy and efficiency of the assessment. Considering diverse criteria, the study generates a comprehensive groundwater potential map, classifying areas into very high, high, moderate, low and very low potential zones. This spatial analysis facilitates a better understanding of the regional groundwater dynamics, identifying areas suitable for sustainable groundwater abstraction and those requiring conservation measures to prevent overexploitation. The research's findings will be critical for developing effective water resource management strategies, promoting sustainable groundwater usage, and safeguarding the environment. The proposed multi-criteria analysis approach for deciphering groundwater potential can serve as a valuable model for similar studies in other regions facing water scarcity and resource management challenges. Ultimately, this research aims to contribute to the sustainable development and prudent utilization of groundwater resources in Madnur and Jukkal Mandals, ensuring their availability for future generations and fostering environmental conservation efforts.