| Gr. |
Principal Investigator |
Research Organization |
Reseach theme |
| Land |
Yoshiaki HONDA |
Chiba Univ. |
Upgrading AGB estimation using BRDF based on SGLI observation data. |
| Kenlo Nasahara |
Tsukuba Univ. |
Development of LAI/FAPAR product and global land cover maps |
| Hideki KOBAYASHI |
JAMSTEC |
Development of the voxel-based plant canopy radiative transfer and estimation and validation of large-scale ecosystem parameters from SGLI |
| Tatsuro Nakaji |
Hokkaido Univ. |
Development of multiscale forest AGB validation sites equipping tree census and 3D forest volume data set |
| Wei Yang |
Chiba Univ. |
Generation of global land surface phenology and carbon flux products using GCOM-C/SGLI data |
| Masao MORIYAMA |
Nagasaki Univ. |
GDevelopment and improvement of GCOM-C/SGLI LST estimation algorithm, Development and improvement of GCOM-C/SGLI Shadow index estimation algorithm |
| Noriko SOYAMA |
Tenri Univ. |
Development of global land cover classification algorithms and validation methods |
| Masahiro Tasumi |
Miyazaki Univ. |
Development of GCOM-C Global ETindex Estimation Algorithm |
| Takayuki KANEKO |
Tokyo Univ. ERI |
Advanced volcano observation using GCOM-C SGLI images: elucidation of the eruptive process and examinations towards operational monitoring |
| Masataka TAKAGI |
Kochi Univ. of Technology |
Improvement of Mapping Tender Green and Autumn Color using GCOM-C |
| 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- |
| Kentaroh Suzuki |
Tokyo Univ. AORI |
A study of cloud microphysical structures and processes with a combined use of GCOM-C/SGLI multi-wavelength measurements |
| Hironobu Iwabuchi |
Tohoku Univ. |
Development of an algorithm for three-dimensional cloud from multispectral and multidirectional measurement by SGLI and validation of cloud products |
| Hiroshi Ishimoto |
JMA MRI |
Advanced volcanic ash algorithm using multiple satellites observation |
| Miho Sekiguchi |
Tokyo Univ. of Marine Science and Technology |
Improvement of an advanced remote sensing algorithm for atmospheric aerosols using SGLI |
| Sonoyo Mukai |
The Kyoto College of Graduate Studies for Informatics |
Elucidation of the characteristics of atmospheric particulates through the integrated use of "polarization and simultaneous multi-wavelength (including near-ultraviolet) observation data" by SGLI |
| Hitoshi Irie |
Chiba Univ. |
Promotion of applied researches with GCOM-C atmosphere products by precise validation utilizing SKYNET and A-SKY international ground-based remote sensing observation networks |
| Kazuma Aoki |
Toyama Univ. |
Aerosol optical properties of atmosphere and their effects of earth climate change |
| Akihiro Yamazaki |
JMA MRI |
Acquisition of validation data by ground-based radiation observation and evaluation of GCOM-C atmospheric products |
| Makoto KUJI |
Nara Women's Univ. |
Retrieval and validation of cloud geometrical properties |
| Pradeep Khatri |
Soka University |
Quality assessment of cloud properties observed by SGLI/GCOM-C |
| Hiroshi Kobayashi |
Yamanashi Univ. |
Validation of GCOM-C products related to marine aerosols by shipboard observation and development of mineral dust index |
| Jérôme Riedi |
University of Lille |
Investigation of the cloud top thermodynamic phase from the synergistic use of polarimetric, multi-directional, and high temporal resolution observations |
| Ocean |
Toru Hirawake |
NIPR |
Practical use of the GCOM-C/SGLI 250 m resolution data in the Antarctic sea ice zone and its implication for estimations of phytoplankton biomass and primary production |
| Hiroto Higa |
Yokohama National Univ. |
Development of high accuracy GCOM-C ocean color products and water quality data assimilation system for coastal areas and lakes |
| Robert Frouin |
University of California San Diego Scripps Institution of Oceanography |
A global time series of the fraction of photosynthetically available radiation absorbed by live phytoplankton from GCOM-C SGLI data |
| Taka Hirata |
Hokkaido Univ. |
Validating and updating SGLI ocean colour products for marine ecosystem applications |
| Joji Ishizaka |
Nagoya Univ. |
Validation of GCOM-C coastal products and the application |
| Victor S. Kuwahara |
Soka Univ. |
Characterization and Application of GCOM-C Bio-optical Products in Oceanic, Coastal and Inland Waters |
| Shintaro Takao |
NIES |
Effects of phytoplankton community composition and new production on nitrogen and carbon dynamics: A GCOM-C/SGLI perspective |
| Eko Siswanto |
JAMSTEC |
GCOM-C SGLI-based near-real-time observing system for monitoring ocean color in Asian waters |
| Fumihiro Takahashi |
Green & Life Innovation, Inc |
Application examination research on the use of GCOM-C data for predicting and preventing biofouling on fixed nets in coastal areas |
| David Antoine |
Curtin Univ. |
Validation of GCOM-C/SGLI geophysical products over varied oceanographic regimes |
| Joaquim I. Goes |
Columbia Univ. |
Exploiting multi-platform, multi-sensor data for improved measurements of Net Primary Production from GCOM-C SGLI for climate change studies; Sea Surface Nitrate and Nitrate Based New Production - two innovative re-search products from SGLI on board GCOM-C |
| Menghua Wang |
NOAA/NESDIS/STAR |
NOAA-JAXA Collaborations: 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 |
Masahiro Hori |
Toyama Univ. |
Development of an advanced method for monitoring the Arctic environments using GCOM-C/SGLI and the in-situ data collection and the collaboration with a numerical climate model for enhancing the value of the SGLI cryosphere products |
| Knut Henrik Stamnes |
Stevens Institute of Technology Physics |
GCOM-C/SGLI snow/ice products: Improvements and continued validation with post-launch data |
| Teruo Aoki |
NIPR |
Algorithm improvement and validation for GCOM-C/SGLI snow and ice products |
| Complex |
Daisuke Goto |
NIES |
Research on air pollution prediction by assimilating aerosol products retrieved from satellites |
| Keiya Yumimoto |
Kyusyu Univ. |
Development of aerosol assimilation and forecasting system with data from multiple space-borne observation platforms |
| Sei-Ichi Saitoh |
Digital Hokkaido |
Sustainable use of salmon resource under changing climate using multiple satellite datasets |
| Tomonori Isada |
Hokkaido Univ. |
Validation for ocean color products and development of marine spatial information using multiple satellite applications in the coastal waters of Hokkaido: toward sustainable management of fisheries resources |
| Atsushi Matsuoka |
Univ. New Hampshire |
Decadal trends in organic carbon stocks in a changing Arctic Ocean: multi-sensor approach |
| Takemasa Miyoshi |
RIKEN |
Advances and applications of satellite data assimilation of clouds, precipitation, and the ocean |
| Kaoru Tachiiri |
JAMSTEC |
Contribution to satellite products development by sharing needs and results of a climate change research project |
