| Gr. |
Principal Investigator |
Research Organization |
Reseach theme |
| Land |
Kenlo Nasahara |
Tsukuba Univ. |
Observation and in-situ validation of land cover and vegetation dynamics by GCOM-C, ALOS-4, and GPM |
| Wei Yang |
CEReS, Chiba Univ |
Advancement of terrestrial carbon flux and vegetation phenology products from GCOM-C satellite observations |
| Hideki Kobayashi |
JAMSTEC |
Enhanced Estimation of LAI and Photosynthetic Parameters for Evaluating Net Primary Production in Northern High-Latitude Forests |
| Tatsuro Nakaji |
Hokkaido Univ. |
Development of large scale validation sites for satellite detection of forest biomass variation caused by tree growth and natural/anthropogenic disturbance |
| Hidetake Hirayama |
Tokyo Univ. of Agriculture |
Development of a long-term change estimation model for Above-Ground Biomass (AGB) using integrated analysis of multi-satellite data based on GCOM-C/AGB |
| Junichi Susaki |
Kyoto Univ. |
Improvement of BRDF model and investigation of sensor fusion for improving accuracy of SGLI albedo product |
| Kouki Hikosaka |
Tohoku Univ. |
Prediction of ecosystem GPP from GCOM-C observations using corrected PRI |
| Masahiro Tasumi |
Miyazaki Univ. |
Development of GCOM-C Global Terrestrial Evapotranspiration Estimation Algorithm |
| Keishiro Kawamoto |
Nagasaki Agricultural and Forestry Technical Development Center |
Utilization of the Climate Change Observation Satellite "SHIKISAI" (GCOM-C) for Monitoring the Cultivation Environment in Agriculture and Forestry |
| Masaaki Morita |
ERI, UTokyo |
Quantitative analysis of thermal anomalies and superficial phenomena at volcanoes using GCOM-C/SGLI: Development of transition model for volcanic activities |
| Narumasa Tsutsumida |
Saitama Univ. |
Development of compostional land cover product |
| Takumi Fujiwara |
National Defense Academy |
Development of Voxel-based Reflectance Simulator with Leaf-scale Shadows for Validation of GCOM-C/SGLI Shadow Index |
| Masataka Takagi |
Kochi Univ. |
Development of Mapping Tender Green and Autumn Color using GCOM-C and the Validation |
| Kaoru Tachiiri |
JAMSTEC |
Consideration of issues for reducing uncertainty of Earth system model by using long-term satellite observation data |
| Atmosphere |
Takashi Nakajima |
Tokai Univ. |
Global observations of cloud from the GCOM-C SGLI for improving cloud sciences and contributing climate change studies, -Algorithms and validation II- |
| Hironobu Iwabuchi |
Tohoku Univ. |
Global analysis of three-dimensional cloud properties using GCOM-C data and development of advanced algorithms |
| Pradeep Khatri |
Soka University |
Evaluation of Cloud Products Observed by GCOM-C and EarthCARE Across Different Atmospheric Regimes Using Surface and Space Observations and Radiative Transfer Calculations |
| Miho Sekiguchi |
Tokyo University of Marine Science and Technology |
Establishment of an advanced remote sensing algorithm for atmospheric aerosols using SGLI |
| Sonoyo Mukai |
The Kyoto College of Graduate Studies for Informatics |
Monitoring of atmospheric particle hazads from a combined perspective of model simulation, computer vision, radiative transfer, etc. using SLI long-term data |
| Hitoshi Irie |
CERES, Chiba Univ |
Promotion of Applied Research on 10-Year Atmospheric Observations by GCOM-C/SGLI through High-Precision Validation Using SKYNET and A-SKY Observation Networks |
| Kazuma Aoki |
Univ. of Toyama |
Intercomparison of aerosol optical properties from long-term observations and assessment of their impact on climate |
| Akihiro Yamazaki |
MRI, JMA |
Validation of GCOM-C aerosol product with high accuracy, multi-site, and long-term data sets from skyradiometer |
| Makoto Kuji |
Nara Women's University |
Validation and application of cloud geometrical properties |
| Hiroshi Ishimoto |
MRI, JMA |
Analysis of volcanic ash clouds using multiple satellite data and improvement of ash particle model |
| Jérôme Riedi |
University of Lille |
Establishment of a long cloud top thermodynamic phase dataset from polarimetric and multi-directional observations: bridging SGLI and 3MI |
| Ocean |
Toru Hirawake |
NIPR |
Response of phytoplankton to recent abrupt changes in sea ice in the Southern Ocean |
| Hiroto Higa |
Yokohama National Univ. |
Elucidation of Coastal Ecosystem Material Cycles Using Data Assimilation Models with GCOM-C and Multiple Ocean Color Satellites |
| Atsushi Matsuoka |
University System of New Hampshire Institute for the Study of Earth, Oceans, and Space |
Decadal Trends in Terrigenous Dissolved Organic Carbon Entering the Arctic Ocean Using a Multi-Satellite Sensors (1998-2027) |
| Robert Frouin |
University of California San Diego Scripps Institution of Oceanography |
Advancing SGLI Surface Radiation Products for Ocean Biogeochemistry |
| Takafumi Hirata |
Arctic Research Center, Hokkaido University |
Application of phytoplankton functional classification towards harmful algae monitoring |
| Joji Ishizaka |
ISEE, Nagoya Univ. |
Verification of GCOM-C and the application |
| Tomonori Isada |
FSC, Hokkaido Univ. |
Validation of ocean color retrievals, and evaluation of dissolved organic carbon transportation from seagrass beds in shallow coastal areas using SGLI/GCOM-C |
| Victor S. Kuwahara |
Soka University Graduate School of Science and Engineering |
Monitoring coastal ocean ecosystem climate change: Integrating GCOM-C and in situ bio-optical observations through AI |
| Hiroshi Kobayashi |
University of Yamanashi |
Validation of GCOM-C oceanic aerosol products by shipboard observations and development of mineral dust maps |
| Eko Siswanto |
JAMSTEC |
GCOM-C/SGLI-based observing system for monitoring optical water quality in Asian waters |
| Genki Terauchi |
NPEC |
Development of level 2 indicator for SDGs 14.1.1a, index of coastal eutrophication with GCOM-C SGLI |
| Sayaka Yasunaka |
Tohoku Univ. |
CO2 mapping in the Arctic Ocean |
| Lachlan McKinna |
Lamont Doherty Earth Observatory at Columbia University (LDEO) |
Continued NASA inherent optical properties algorithm support for SGLI in the PACE era. |
| Cryosphere |
Masahiro Hori |
Univ. of Toyama |
Elucidation of the mechanism of continental-scale cryosphere changes using GCOM-C/SGLI data, collection of ground turth data for validation of SGLI snow products, and collaboration with numerical models |
| Knut Henrik Stamnes |
Stevens Institute of Technology Physics |
GCOM-C/SGLI snow/ice products: Improvements and continued validation with post-launch data |
| Konosuke Sugiura |
Univ. of Toyama |
Research on the detection of blowing snow utilizing GCOM-C/SGLI data |
| Complex |
Daisuke Goto |
NIES |
Development of an aerosol data assimilation method by using multiple satellites for advanced air pollution forecast |
| Keiya Yumimoto |
RIAM, Kyusyu Univ. |
Development of aerosol retrieval, assimilation and forecasting system with data from multiple space-borne observation platforms |
| Sei-Ichi Saito |
Digital Hokkaido |
Sustainable use of Japanese chum and pink salmon resource under changing climate using multiple satellite datasets |
| Takemasa Miyoshi |
RIKEN |
Advancement and AI integration of satellite data assimilation of clouds, precipitation and the ocean |
| Kentaro Suzuki |
AORI, Univ. of Tokyo |
Multi-satellite diagnostics of cloud-precipitation-radiation processes with application to model evaluations |