Sunday, October 05, 2025 (9:00-18:00) Timing (IST)
Content: Introduction to modern techniques combining geophysical, remote sensing, and hydrogeological methods to identify potential aquifers. Emphasis on how integrated datasets improve accuracy and reduce exploration uncertainties.
Content: Methods for measuring groundwater levels, recharge, and extraction using field observations, sensors, and satellite data. Approaches to building reliable groundwater databases for sustainable management.
Content: Understanding the chemical, biological, and geological interactions that influence groundwater quality. Case studies on contaminant transport, nutrient dynamics, and natural attenuation processes.
Content: Processes governing seawater intrusion, salinity management, and submarine groundwater interactions and influences. Strategies for managing fragile coastal aquifers in the face of climate change and over extraction.
Content: Basics of conceptualization, calibration, and application of groundwater flow and transport models. Demonstration of how models support decision-making in resource allocation and pollution control.
Content: Application of data-driven techniques for predicting groundwater availability, contaminant migration, and aquifer response. Optimization tools for sustainable allocation and pumping strategies.
Content: Frameworks for combining policy, technology, community participation, and scientific tools. Case studies on integrated management approaches for improved resilience and long-term sustainability.