This book offers a comprehensive exploration of groundwater systems, flow dynamics, and geophysical methods. First part covers the hydrological cycle, aquifer flow modeling, solute transport, and numerical simulations for sustainable groundwater management. Second part delves into geophysical techniques, including resistivity, electromagnetic, seismic, and geomagnetic methods, for subsurface imaging and groundwater exploration, as well as advanced tools such as Artificial Neural Networks and Magnetic Resonance techniques. Key FeaturesBrings together numerical and geophysical techniques used in groundwater studies within a single volume. Provides insights into groundwater flow dynamics as well as methods for delineating groundwater resources. Includes mathematical formulations of groundwater flow and solute transport. Demonstrates the prediction of spatio-temporal variations in water tables under the influence of realistic, time-dependent recharge and/or pumping rates. Considers the intermittent application of realistic, time-varying recharge rates and pumping patterns in the development of predictive models. The book integrates theoretical foundations, practical methodologies, and innovative approaches, making it an essential resource for researchers, practitioners, and students in geophysics, hydrogeology, and environmental engineering.
