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About

M. Ohtake is a leading figure in lunar and planetary science, whose work has fundamentally shaped our understanding of the Moon's surface composition and exploration potential. Her research centers on remote sensing, photometric corrections, and the geological analysis of the lunar surface, with a strong emphasis on preparing for future robotic and human missions. Ohtake's most influential contribution is her landmark study, "One Moon, many measurements 2: Photometric corrections" (2013, 41 citations), which provides a critical framework for standardizing and interpreting diverse lunar spectral datasets—a foundational tool for planetary scientists worldwide. She also played a key role in the conceptual design of the SELENE-B mission, authoring "Lander and rover exploration on the lunar surface: A study for SELENE-B mission" (2005, 22 citations), a seminal work that outlined strategies for in-situ surface exploration. Through her rigorous photometric analyses and mission planning, Ohtake has bridged the gap between orbital observations and ground-truth exploration, enabling more accurate mineralogical mapping and safer landing site selection. Her research continues to inform the next generation of lunar explorers and robotic missions.