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About

E. A. Cloutis is a prominent planetary scientist whose research spans planetary exploration instrumentation, Mars astrobiology, lunar sample return missions, and analogue mission development. Perhaps most notably, Cloutis contributed to the SuperCam instrument suite aboard NASA's Mars 2020 Perseverance rover — a sophisticated remote-sensing system employing laser-induced breakdown spectroscopy (LIBS) and Raman techniques — which has garnered over 322 citations and represents a landmark achievement in modern planetary science instrumentation. Beyond instrumentation, Cloutis has played a meaningful role in shaping analogue mission frameworks that simulate extraterrestrial exploration on Earth. The CanMars Mars Sample Return analogue mission (2018) and a series of robotic and human lunar analogue deployments — including field tests at the Sudbury impact structure — demonstrate a consistent commitment to translating scientific objectives into operational mission architectures. Cloutis has also investigated the intriguing question of Martian methane sources, contributing strategies for robotic detection that carry significant astrobiological implications. Complementing this work is his involvement in developing the Dusty Thermal Vacuum (DTVAC) facility, which replicates harsh lunar and Martian surface conditions for payload testing. Across these diverse contributions, Cloutis exemplifies the integration of field geology, robotics, and planetary instrumentation to advance humanity's understanding of Solar System bodies.