| Gr. |
Principal Investigator |
Research Organization |
Reseach theme |
| Land |
Yoshiaki HONDA |
Chiba Univ. |
Development of validation method of GCOM-C atmospheric corrected reflectance, LAI, fAPAR products, and improvement of above-ground biomass algorithm |
| Kenlo Nasahara |
Tsukuba Univ. |
Validation observation research of land biological products from GCOM-C |
| Hideki Kobayashi |
JAMSTEC |
Improvement of the plant canopy radiative transfer model for the GCOM-C land product developments |
| Shin Nagai |
JAMSTEC |
Obtainment of integrated ground truth data in sparse observation areas for development of terrestrial ecosystem observations by GCOM-C satellite |
| Yang Wei |
Chiba Univ. |
Development of the land surface phenology and net primary production algorithms for GCOM-C |
| Masao MORIYAMA |
Nagasaki Univ. |
Development and improvement of GCOM-C/SGLI land surface temperature algorithm and shadow index |
| SOYAMA NORIKO |
Tenri Univ. |
Development of algorithm and the validation scheme of the global land cover product |
| Masahiro Tasumi |
Miyazaki Univ. |
Research on development of Global ETindex Estimation Algorithm as a GCOM-C Land Product |
| Takayuki KANEKO |
Tokyo Univ. ERI |
Observation of volcanoes in the Asia-Pacific area using GCOM-C SGLI images |
| Masataka TAKAGI |
Kochi Univ. of Technology |
Mapping Tender Green and Autumn Color using Satellite Imagery Simulation |
| Junichi Susaki |
Kyoto Univ. |
Development and validation of an algorithm for estimating terrestrial albedo adaptive for limited number of images |
| Kaoru Tachiiri |
JAMSTEC |
Evaluation and sophistication of Earth system models using SGLI data |
| KAJIWARA Koji |
Chiba Univ. |
Development of high frequency / high resolution data derivation method aimed at estimation of vegetation physical quantity by fusion of observation data acquired by LEO and GEO, with a view to future satellite operation |
| Reiji Kimura |
Tottori Univ. |
Development of global desertification map |
| Atmosphere |
Takashi Nakajima |
Tokai Univ. |
Maintenance of cloud algorithms and validation data acquisition |
| Kentaroh Suzuki |
Tokyo Univ. |
GCOM-C cloud and aerosol product improvement for improvement of processes in the global model and climate analysis research |
| Hironobu Iwabuchi |
Tohoku Univ. |
Remote sensing of three-dimensional clouds using multidirectional and multispectral measurements by SGLI |
| Ishimoto Hiroshi |
JMA MRI |
Development of a multi-satellite volcanic ash algorithm |
| Miho Sekiguchi |
Tokyo Univ. of Marine Science and Technology |
Development and validation of aerosol remote sensing algorithm for SGLI |
| Sonoyo Mukai |
The Kyoto College of Graduate Studies for Informatics |
Maintenance and improvement of algorithm/system for GCOM-C aerosol product using SGLI polarimetry |
| Hitoshi Irie |
Chiba Univ. |
Validation of GCOM-C atmosphere products utilizing the ground-based network SKYNET for evaluation of success criteria achievement |
| Kazuma Aoki |
Toyama Univ. |
Study of temporal and spatial variability of Aerosol optical properties on validation of satellite and effect of climate change |
| Akihiro Yamazaki |
JMA MRI |
Observation and provision of validation data for GCOM-C atmospheric product evaluation |
| Makoto KUJI |
Nara Women's Univ. |
Retrieval and validation of cloud geometrical properties |
| Pradeep Khatri |
Soka University |
Evaluation of SGLI/GCOM-C cloud and radiation budget products using multisource data of satellite and surface observations |
| Keiya Yumimoto |
Kyusyu Univ. |
Development of an aerosol assimilation/forecasting system with a global aerosol transport model |
| Taichu Yasumichi Tanaka |
JMA MRI |
Development and verification of aerosol data assimilation prediction system using GCOM-C SGLI aerosol product |
| Daisuke Goto |
NIES |
Development of air pollution forecasting system by using aerosol data assimilation of satellites including SGLI |
| Ocean |
Toru Hirawake |
NIPR |
Sophistication and validation and in-situ observation for net primary production and phytoplankton size distribution algorithms |
| Taka Hirata |
Tokai Univ. |
Improvement, Validation and Application of the SGLI/GCOM-C ocean colour algorithms |
| Hiroto Higa |
Yokohama National Univ. |
Development of water environment monitoring system for coastal areas and lakes using GCOM-C/SGLI |
| Robert Frouin |
University of California San Diego Scripps Institution of Oceanography |
Algorithm Development and in situ Data Collection for SGLI Ocean Color Remote Sensing |
| Taka Hirata |
Hokkaido Univ. |
Improvement, Validation and Application of the SGLI/GCOM-C ocean colour algorithms |
| Koji Suzuki |
Hokkaido Univ. |
Towards reducing the uncertainty of marine phytoplankton pigments and optical properties for the validation of SGLI data |
| Joji Ishizaka |
Nagoya Univ. |
Collection of validation data set for coastal GCOM-C products and application for coastal studies |
| Victor S. Kuwahara |
Soka Univ. |
High-frequency Validation of Radiometric Measurements, Inherent Optical Properties and Phytoplankton Functional Types in the Coastal Waters of Sagami Bay |
| David Antoine |
Curtin Univ. |
Using the long-term BOUSSOLE time series measurements for S-GLI Ocean Colour System Vicarious Calibration, and for validation of geophysical products |
| Joaquim I. Goes |
Lamont Doherty Earth Observatory at Columbia University |
Sea Surface Nitrate and Nitrate Based New Production - two innovative research products from SGLI on board GCOM-C |
| Mati Kahru |
The Regents of the University of California, U.C. San Diego |
Advanced algorithm of phytoplankton size classes for SGLI |
| Atsushi Matsuoka |
Universite Laval |
Tracing organic matter in a changing Arctic Ocean - implications for the impact of climage change - |
| Tomonori Isada |
Hokkaido Univ. |
Validation for SGLI/GCOM-C ocean color products in the coastal waters of Hokkaido |
| Hiroshi Kobayashi |
Yamanashi Univ. |
Validation of GCOM-C products related to oceanic aerosols by shipboard observation |
| Yosuke Yamashiki |
Kyoto Univ. |
Application of SGLI-VNR sensor and combined Satellite into classification of Submerged Aquatic Vegetation(SAV), Phytoplankton Species and Surrounding Catchment |
| Menghua Wang |
NOAA/NESDIS |
Evaluation and Applications of SGLI/GCOM-C Ocean Color Products |
| Lachlan McKinna |
Go2Q Pty Ltd |
Advanced NASA inherent optical properties algorithm support for SGLI |
| Cryosphere |
Alexander Kokhanovsky |
Vitrociset Belgium SPRL |
Snow albedo retrieval from S-GLI using asymptotic radiative transfer theory |
| Knut Henrik Stamnes |
Stevens Institute of Technology Physics |
GCOM-C/SGLI snow/ice products: Improvements and continued validation with SGLI data; New GCOM-C/SGLI global cloud mask; New GCOM-C/SGLI atmospheric correction and ocean color products |
| Teruo Aoki |
NIPR |
Algorithms improvement, calibration/validation and application to numerical modeling for GCOM-C/SGLI snow and ice products |
| Complex |
Takashi Nonaka |
Nihon Univ. |
Estimation of the surface states and ice breakup dates on Lake Suwa using GCOM-C data |
| Noboru Minakawa |
Nagasaki Univ. |
Prediction of health and agriculture risks based on satellite data |
| Sumiko Anno |
Sophia Univ. |
Constructing the model for predicting spatiotemporal distribution of dengue fever in Tanzania using deep learning |
| Chris Fook Sheng Ng |
Nagasaki Univ. |
Fire smoke and mortality in Southeast Asia - health impact assessment using SGLI-derived fire detection and radiative power estimation |