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About

H. Hiesinger is a prominent planetary scientist whose research centers on lunar geology, impact cratering, and the chronology of the inner solar system. With a body of work spanning subsurface lunar structure, remote sensing, and crater size-frequency distribution analysis, Hiesinger has made substantial contributions to our understanding of the Moon's geologic history. His most-cited work, "Confirmation of sublunarean voids and thin layering in mare deposits" (2012, 162 citations), revealed critical insights into the Moon's shallow subsurface architecture, while collaborative research using the Mini-RF instrument produced a globally significant observational dataset of the lunar surface (80 citations). Hiesinger has also advanced methodological rigor in planetary science by investigating how target property contrasts introduce discrepancies in crater dating techniques (73 citations). His more recent work directly supports future exploration, including characterizing high-priority landing sites within the Apollo Basin and the lunar south polar region in the context of NASA's Artemis program. Through mission concept studies like ISOCHRON, he champions sample return strategies to anchor the chronology of solar system bombardment history — work with profound implications for understanding early Earth and the origins of life.