Papers
23
Total Citations
972
H-Index
17
About
Teruyuki Nakajima is a leading atmospheric scientist whose research has profoundly advanced our understanding of aerosol optical properties, remote sensing, and their broader implications for climate science. His work spans ground-based sky radiation measurements, satellite remote sensing, and aerosol data assimilation, establishing him as a central figure in quantifying how aerosols influence Earth's radiative balance. Among his most celebrated contributions is his pioneering analysis of aerosol optical properties over East Asia using the SKYNET ground-based network, which garnered over 228 citations and remains a foundational reference in regional aerosol climatology. His development of retrieval algorithms for instruments aboard GOSAT-2 and two-channel AVHRR satellites further demonstrates his expertise in translating complex radiative transfer physics into practical remote sensing tools. Nakajima has also pushed frontiers in aerosol data assimilation, applying sophisticated four-dimensional ensemble Kalman filter approaches to integrate observations from Himawari-8 and CALIPSO, significantly improving aerosol transport modeling. His contributions extend to advancing global aerosol transport simulations through models like NICAM-SPRINTARS, influencing how scientists model dust cycles and aerosol-climate interactions. With hundreds of cumulative citations across diverse methodological and observational studies, Nakajima's work remains indispensable reading for researchers tackling aerosol characterization, satellite validation, and climate modeling challenges.
Research Focus
Key Achievements
Top Papers
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- 10Validation and empirical correction of MODIS AOT and AE over ocean33 citations · 2013