Groundwater Hydrology and Recharge Dynamics under Climate Change
Synopsis
This book provides a comprehensive and application-oriented examination of the processes that govern groundwater occurrence, movement, storage, recharge, and sustainable management in a changing climate. The book integrates fundamental principles of hydrogeology with contemporary approaches for analysing rainfall–recharge relationships, aquifer behaviour, groundwater–surface water interactions, recharge estimation, and climate-driven variability in water availability. It explains how changing precipitation regimes, rising temperatures, droughts, floods, land-use change, and increasing groundwater abstraction influence aquifer systems and long-term water security. With emphasis on both natural and managed recharge, the book presents practical tools and conceptual frameworks for groundwater assessment, monitoring, modelling, vulnerability evaluation, and resource planning. It also highlights strategies for improving recharge, protecting groundwater quality, strengthening drought resilience, and supporting sustainable water-resource governance. Designed for students, researchers, engineers, hydrologists, planners, and water-resource professionals, this book serves as a valuable reference for understanding and managing groundwater systems under present and future climatic challenges.