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Lynnae Quick - 2021 Harold C. Urey Prize

photo of Dr. QuickThe 2021 Harold C. Urey Prize for outstanding achievement in planetary research by an early career scientist is awarded to Dr. Lynnae C. Quick. Dr. Quick’s innovative scientific work focuses on geophysical processes writ large, reaching from the inner solar system, through the asteroid belt, to ocean worlds, and into the exoplanetary realm. She has revisited modeling of (cryo)lava domes on Venus and Europa, was the first to model the formation of Ceres’ “bright spots” via the transport of material from a deep brine reservoir to the surface, has repeatedly provided new insights into plumes on Jupiter’s moon Europa, and shed light on the abundance of extrasolar ocean worlds. In addition to her scientific pursuits, Dr. Quick is exceptionally engaged in the broader research community through her proactive leadership as a co-investigator on several space missions, as a member of the Outer Planets Assessment Group steering committee, the Planetary Science Decadal Survey 2023-2032 panel on ocean worlds and dwarf planets, and the National Society of Black Physicists. Dr. Quick’s advocacy work to diversify the field is particularly notable. She has mentored many early career planetary scientists and is leading the Dragonfly Student and Early Career Investigator Program. Every aspect of Dr. Quick’s career represents a positive outlook for the future of our community.
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The Planetary Geology, Geophysics and Geochemistry Laboratory conducts research and carries out instrument development relevant to study of the structure, dynamics and evolution of the terrestrial planets, their satellites, and other small bodies in the Solar System, using in situ and remote sensing data, analog field work, laboratory sample analysis, and geochemical and geophysical modeling, in order to understand:

(1) The timing and nature of volcanic, cratering, and other physical and chemical processes that modify planetary surfaces. (2) The orbital and tidal processes that affect the surfaces, internal structure and evolution of planetary and smaller bodies. (3) The comparative evolution of planetary and smaller bodies and how that determines the location of habitable environments in the solar system. (4) How future human exploration of solar system bodies can be optimized for its science return and safety.


Access our latest gravity fields, topographic models, science results, and datasets at the Planetary Geodynamics Data Archive link below.

Planetary Geodynamics Data Archive

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Katrice N Tanner
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