Research Foundations

My research began by investigating the mechanics of mountain building, the rheology of rocks, and the structural evolution of Earth's upper crust. I studied how rocks deform within the elastic-frictional (brittle) regime, with particular emphasis on fracture development, folding, and fold-thrust belts. This work has spanned diverse tectonic settings, including the Sevier fold-thrust belt of the western United States, the Moroccan Anti-Atlas, the Appalachian Mountains, the Himalaya, and global plate tectonics. These studies established the structural framework that now underpins my research on fractured-rock aquifers, groundwater systems, and sustainable water security in mountain regions.

Current Research Directions

I seek to understand Earth's structure to improve water security, resilience, and community well-being.

As a structural geologist, I investigate how fractures and tectonic processes influence groundwater movement and storage in mountain environments. By integrating structural geology, hydrogeology, remote sensing, geospatial analysis, and community partnerships, my research advances understanding of freshwater resources in regions facing increasing pressures from climate change, population growth, and environmental degradation. Working alongside local communities, I seek to build knowledge through a reciprocal exchange in which scientific research and local experience inform one another, leading to more resilient and sustainable water solutions.