As a planetary geologist, I am interested in understanding the physical processes that have shaped the surfaces of the terrestrial planets, including impact, eolian, fluvial, lacustrine, and volcanic processes. I have endeavored to unravel the complex geologic histories of Mars, the Moon, and Venus using geologic mapping and geologic analysis with diverse types of remotely sensed data, including radar, optical, near-IR, thermal, and surface contact data. An overarching theme of my research is to constrain the nature and timing of physical processes in ancient planetary environments, particularly the drivers of planetary-scale changes. I have also employed terrestrial analogs to provide greater insight into planetary processes. Furthermore, I have developed numerous pieces of custom-built software (particularly in MATLAB) to facilitate my research.

My research group, MARVEL (Mars, Venus, and Luna), consists of a group of individuals with many perspectives. We affirm the UT System Statement of Aspirations, which reads in part, “we are committed to promoting an atmosphere where all members of the University community feel welcome, can thrive, and achieve success.”