| Gr. |
Principal Investigator |
Research Organization |
Reseach theme |
| Land |
Y. Honda |
Chiba Univ. |
Development of Verified Methodology for Atmospheric Corrected Reflectance Over Land |
| K. Nasahara |
Tsukuba Univ. |
Development of integrative information of the terrestrial ecosystem |
| K. Kajiwara |
Chiba Univ. |
Above ground biomass estimation algorithm development utilizing multi-angle observation data |
| Qinxue Wang |
NIES |
Algorithm Development and Validation of Land Surface Evapotranspriration based on GCOM-C1 |
| A. Ono |
JAXA/EORC |
Development and verification of shadow index product algorithm |
| Development and verification of water stress trend product algorithm |
| S. Furumi |
Narasaho college |
Algorithm development of vegetation indices for extracting vegetation quantities |
| K. Fukue |
Tokai Univ. |
Algorithm Development of Land Cover Classification |
| N. Soyama |
Tenri Univ. |
Development of algorithms for Globall and cover classification using satellite data sets. |
| M. Moriyama |
Nagasaki Univ. |
Algorithm development of land surface temperature estimation for GCOM-C1/SGLI |
| Algorithm development of Forest fire detection for GCOM-C1/SGLI |
| M. Tasumi |
Miyazaki Univ. |
Research for EvapoTranspiration Index Map as a GCOM-C1 Land Product |
| K. Ichii |
Fukushima Univ. |
Refinement of Terrestrial Ecosystem Models by GCOM-C SGLI Land Products: Effects on Future Projection |
| T. Kaneko |
Tokyo Univ. ERI |
Realtime monitoring of active volcanoes in east Asia using remote sensing data: advance by SGLI |
| R. Suzuki |
JAMSTEC |
Study on terrestrial vegetation dynamics by SGLI accompanied with field data |
| Alfredo Huete |
The University of Arizona |
Development of SGLI Time Series Vegetation Indices for Long Term Climate Studies |
| T. Miura |
University of Hawaii at Manoa |
Development of Multi-sensor Translation Algorithm for GCOM-C SGLI Vegetation lndex and Surface Reflectance Products |
| M. Takagi |
Kochi Univ. of Technology |
Mapping Tender Green and Autumn Color by Satellite Data Fusion |
| K. Mabuchi |
Meteorological Research Institute |
Utilization of Climate Model Simulation Data toward Contribution to GCOM-C |
| K. Nakau |
JAXA/EORC |
Development and validation of an algorithm for wildfire detection and fire classification using SGLI |
| Atmosphere |
Takashi Nakajima |
Tokai Univ. |
Observation of cloud area and cloud properties from GCOM-C SGLI by considering cloud in homogeneity |
| M. Kuji |
Nara Women's Univ. |
Algorithm development for cloud top and bottom heights. |
| N. A. J. Schutgens |
Tokyo Univ. |
An integrated approach for aerosol retrieval, assimilation and modeling. |
| I. Sano |
Kinki Univ. |
Algorithms for aerosol retrieval and atmospheric correction for SGLI |
| Y. Mano |
Meteorological Research Institute |
Development of the nonspherical scattering database for improving algorithms for remotely sensing aerosols and clouds |
| Jerome Riedi |
Universite des Sciences et Tecnologies de Lille |
Remote sensing of clouds and aerosols properties from SGLI on GCOM-C1 Migrating POLDER/MODIS synergistic algorithms to SGLI |
| Ocean |
M. Toratani |
Tokai Univ. |
Atmospheric correction for SGLI ocean color data |
| Robert Frouin |
The Regents of the University of Califonia, San Diego, Scripps Institution of Oceanography |
Algorithms for Atmospheric Correction of SGLI Ocean-Color Imagery |
| T. Hirawake |
Hokkaido Univ. |
Development of algorithms to estimate primary productivity and to discriminate phytoplankton functional types |
| T. Hirata |
Plymouth Marine Laboratory |
Development of GCOM-C ocean algorithms to derive Ecosystem Indicators for a satellite-model integrated analysis of marine ecosystem function and global biogeochemical cycles. |
| J. Ishizaka |
Nagoya Univ. |
Development of Red Tide and Primary Production Algorithm for SGLI |
| F. Sakaida |
Tohoku Univ. |
The algorithm development and improvement for S-GLI sea surface temperature retrieval using a numerical model and other satellite/sensor data |
| S. Saitoh |
Hokkaido Univ. |
Application of GCOM-C datasets to sustainable development and management for ecosystem-based fisheries and aquaculture |
| H. Kawamura |
Tohoku Univ. |
Research & Development on Marine Environmental Monitoring System of Sendai Bay conducive to SGLI Global Coastal Ocean Observation |
| T. Iida |
National Institute of Polar Research |
Evaluation of temporal and spatial variability of marine ecosystem and primary productivity in the polar oceans using high resolution remote sensing |
| Cryosphere |
T. Aoki |
Meteorological Research Institute |
Development of cryosphere algorithm for GCOM/SGLI and validation of satellite derived cryosphere products with the results of ground observations and simulations of climate models |
| Knut Stamnes |
Stevens Institute of Technology |
Development of retrieval algorithms for GCOM-II/SGLI snow/ice products |