Groundwater Hydrology: Principles of Subsurface Flow and Management

Water beneath the earth's surface is one of our most vital yet least understood natural resources. Understanding how groundwater moves, interacts with geological structures, and becomes contaminated is essential for modern environmental management and civil engineering. This course provides a comprehensive introduction to groundwater hydrology. You will develop a solid foundation in subsurface flow mechanics, learn how groundwater fits into the broader hydrological cycle, and explore modern strategies for managing and remediating contaminated aquifers. What you'll learn: - Understand foundational terminology, aquifer properties, and the hydrologic cycle - Analyze subsurface flow principles using Darcy's Law and hydraulic equations - Evaluate the relationship between geological structures and groundwater movement - Identify common contamination sources and explore modern remediation techniques - Assess the impacts of climate change on sustainable aquifer storage and recovery - Practice interpreting hydrologic data through guided, text-based analytical exercises You will start with core geological concepts and definitions before progressing to the mathematical principles of fluid flow through porous media. The course concludes with practical scenarios on groundwater management, contamination control, and sustainable modern practices. This course is designed for beginners, environmental enthusiasts, and aspiring engineers with no prior background in hydrology. Begin your journey into subsurface hydrology and learn to protect our global water resources today.