Planetary Exploration and Habitability

Research addresses fundamental questions about the origin of the Solar System and the evolution of its planets and moons, including the investigation of potentially habitable environments in the past and present. Research projects and collaborations focus on exploration of the Moon via samples and remote sensing, exploration of Mars via rovers and orbiters, and exploration of ocean-world icy satellites, the Pluto-Charon system and Kuiper-belt objects. Experimental, analytical, and theoretical investigations include the chemistry and comparative planetology of Venus, Earth, and Mars, that of Europa and Enceladus, and the role of asteroids and comets in contributing to volatile contents of the terrestrial planets. How and why is our solar system different, and how special is the environment in which Earth has evolved to its present state?

Image credit: Curiosity rover on Mars, 2016 (Credit: NASA/JPL-Caltech/MSSS)

 

Ray Arvidson (Emeritus)
Planetary Geology and Remote Sensing

Alex Bradley
Organic and Isotope Geochemistry, Geobiology, and Microbiology

Paul Byrne
Comparative Planetary Geology

Jeff Catalano
Aqueous Geochemistry of Terrestrial and Planetary Systems

Bruce Fegley
Planetary Chemistry, Cosmochemistry

David Fike
Isotope Geochemistry

Brad Jolliff
Lunar and Planetary Sciences

Mike Krawczynski
Experimental Geochemistry, Igneous Petrology

Katharina Lodders
Astronomy, Cosmochemistry, Planetary Chemistry

Bill McKinnon
Outer Solar System Geology, Geophysics and Impact Cratering

Rita Parai
High-Temperature Isotope Geochemistry, Noble Gas Geochemistry

Phil Skemer
Experimental Rock Deformation, Structural Geology

Bill Smith
Climate Science,  Remote Sensing,  Medical Diagnostics for Space Missions

Slava Solomatov
Geodynamics,  Planetary Evolution

Alian Wang
Planetary Spectroscopy