The Science Case for Caching and Returning Samples from Jezero Crater, Mars
No abstract available
Fassett, Caleb↗
Engineering topics
Fassett, Caleb
Publications and source records attributed to Fassett, Caleb.
The Rate of Surface Evolution on the Moon and Mercury
We are converging on a model for how the topography of airless bodies evolves, including process and rate. This understanding provides a framework for constraining the age of individual craters, features, and surfaces. Landform evolution was much faster on Mercury than the Moon. This may have important consequences for understanding early Mercury history.
Fassett, Caleb↗
How the Median S-Band Circular Polarization Ratio (CPR) of Kilometer-Scale Craters Evolves with Time on the Lunar Maria
No abstract available
Fassett, Caleb↗
Using Measurements of Topography to Infer Rates of Crater Degradation and Surface Evolution on the Moon and Mercury
Motivating questions: 1. How does the topography of airless bodies evolve? 2. What is the relative rate on the Moon and Mercury? 3. Can we constrain the age of features and units from their topography?
Fassett, Caleb↗