Y. Yokota

National Institute for Environmental Studies

Papers

Total Citations

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About

Y. Yokota is a planetary scientist whose research focuses on the photometric properties of the Moon and other airless bodies, with a particular emphasis on understanding how light scatters from their surfaces. Their major contribution lies in refining photometric correction techniques, which are essential for accurately interpreting remote sensing data from lunar missions. Yokota’s most-cited work, "One Moon, many measurements 2: Photometric corrections" (2013), has garnered 41 citations, establishing a foundational framework for standardizing brightness measurements across different observational geometries. This work enables researchers to compare data from multiple spacecraft and instruments, revealing subtle variations in surface composition and texture. By improving the accuracy of photometric corrections, Yokota has directly supported studies of lunar regolith properties and helped pave the way for more precise mapping of the Moon’s surface. Their careful, methodical approach to a critical but often overlooked aspect of planetary science has made a lasting impact on the field, ensuring that subsequent lunar analyses are built on a solid, reproducible foundation.