Mid-latitude water ice
Where the shallow ice actually sits, how stable it really is, and what fresh impact craters reveal that climate models miss.
More on the ice workPh.D. Candidate · Planetary Science
School of Earth and Space Exploration · Arizona State University
I work on mid-latitude water ice on Mars, the planet's surface thermophysics, and the science education that brings it all to people who don't have a PDS login.
Remote sensing, thermal modeling, and science education — the tools and questions I spend my time on.
Where the shallow ice actually sits, how stable it really is, and what fresh impact craters reveal that climate models miss.
More on the ice workOne night-time temperature curve, hiding particle size, induration, and layering meters down. Forward models & MCMC retrievals.
More on the thermal workReal PDS datasets, in middle-school classrooms and on museum floors. The format hurdle is bigger than the science one.
See the programsLately
March 2025
Thermophysical modeling as a precursor to determining depth to ice in the mid-latitudes. See all presentations →
January 2025
Mars — A Brief History of Exploration and Present-day State of Ice and Climate, delivered virtually as part of the J-term course Geology of Rocky Planets.
December 2024
Served as Executive Secretary for the Lucy mission proposal review panel.
July 2024
Talk at the 8th International Conference on Mars Polar Science (Whitehorse, Yukon) and poster at the 10th International Conference on Mars (Pasadena, CA). See all presentations →