Masataka Muto
Papers
1
Total Citations
3
H-Index
1
About
Masataka Muto is a leading figure in satellite oceanography, specializing in the optical characterization of coastal waters and the refinement of atmospheric correction algorithms. His research focuses on resolving persistent challenges in remote sensing, particularly the accurate retrieval of water-leaving radiance from satellite sensors like SGLI aboard the GCOM-C satellite. Muto’s major contribution lies in identifying and explaining the causes of negative normalized water-leaving radiance (nLw(λ)) values—a critical error that undermines coastal water quality assessments. By leveraging data from AERONET-OC and in situ observations, he has advanced our understanding of how atmospheric correction failures distort satellite-derived products. His most-cited work (2024, 3 citations) provides actionable insights for improving sensor calibration and algorithm design. Though early in his citation trajectory, Muto’s meticulous approach to error characterization has already influenced the operational use of SGLI data for monitoring turbid and optically complex waters. His work is essential for researchers and students tackling coastal ecosystem management, climate-driven ocean change, and the next generation of Earth-observing missions.
Research Focus
Key Achievements
Top Papers
- 1