My research uses geochronology and geospatial datasets to address open questions in the field of tectonic geomorphology. Simply put, tectonic geomorphology is the study how tectonic forces (think earthquakes) interact with processes that erode earth’s surface (think rivers) to generate landscapes (think mountain ranges) over thousands to millions of years.

Ph.D. Research

During my Ph.D. at UC Santa Barbara, I investigated the erosional history of the northwest Himalayas as a means to understand how the relationships between tectonic deformation, climate, and surface processes influence mountain building over geomorphic and geologic timescales. Below are links to several research projects I completed during my graduate studies. All map figures and plots shown on these webpages were created using QGIS 3, Matlab, and Adobe Illustrator.

Zhada Basin Capture Mechanisms for Capture Patterns of Erosion

Master’s Research

During my Master’s at the University of Oregon, I developed a new proxy for catchment-averaged erosion rates based on the signature of debris flow scour and incision. I applied this new erosion model within the Oregon Coast Range, which revealed an interesting pattern reflecting the dynamics of the Cascadia Subduction Zone. Below is a link to a more detailed description of the project.

Debris Flow Erosion