SGLI Science Team (2009-2027)
RA6（JFY2016-2018）
| Gr. | Principal Investigator | Research Organization | Reseach theme |
|---|---|---|---|
| Land | Yoshiaki Honda | Chiba Univ. | Validation scheme development of the atmospheric corrected land reflectance, and algorithm development of LAI and fAPAR |
| Koji Kajiwara | Chiba Univ. | Algorithm development and validation of the global above-ground biomass, vegetation roughness index, and water-stress trend products | |
| Masao Moriyama | Nagasaki Univ. | Algorithm development and improvement of the GCOM-C1/SGLI land surface temperature and the shadow index | |
| Hideki Kobayashi | JAMSTEC | Research algorithm development of GCOM-Cl LAI/FAPAR, and NPP | |
| Junichi Susaki | Kyoto Univ. | Algorithm development and validation of the land albedo by using the BRDF model parameters | |
| Kiyonari Fukue | Tokai Univ. | Global Land Cover Classification Using Surface Reflectance Data | |
| Noriko Soyama | Tenri Univ. | Development of algorithm and the validation scheme of the global land cover product | |
| Masahiro Tasumi | Miyazaki Univ. | Development of the global evapotranspiration index algorithm as a GCOM-C land product | |
| Kenlo Nasahara | Tsukuba Univ. | Validation of land biological information from GCOM-C | |
| Rikie Suzuki | JAMSTEC | Acquisition of ground truth data for mapping of biophysical parameters of forest | |
| Takayuki Kaneko | Tokyo Univ. ERI | Construction and operation of the GCOM-C/SGLI real-time active volcano monitoring system, and eruption analysis | |
| Kaoru Tachiiri | JAMSTEC | Investigation of the possibility to improve an Earth system model utilizing GCOM-C data | |
| Kazuo Mabuchi | Chiba Univ. | Improvement of application technology of GCOM-C products by synthetic use of a climate model and satellite remote sensing data | |
| Tomomichi Kato | Hokkaido Univ. | Detection of sun-induced chlorophyll fluorescence using GCOM-C data, and application for estimation of the biological photosynthesis | |
| Masataka TAKAGI | Kochi Univ. of Technology | Voxel Model as Validation Data for Landcover Mapping | |
| Christoph Rüdiger | Monash University | validation of land surface variables observed by GCOM-C and evaluation of their contribution to modelling activities over instrumented field sites in Australia | |
| Yi Qin | Commonwealth Science and Industry Research Organization (CSIRO) | Simultaneous Aerosol and Surface BRDF Retrieval by Synergistic Utilization of GCOM-C/SGLI and Himawari/AHI | |
| Koji Nakau | JAXA SAOC | Development and validation of the forest fire detection algorithm using SGLI | |
| Reiji Kimura | Tottori Univ. | Development of global desertification map | |
| Akihiko Kotera | Kobe Univ. | Development of monitoring system for flood damages in crop production using GCOM-C/SGLI time-series data | |
| Atmosphere | Takashi Nakajima | Tokai Univ. | Global observations of cloud from GCOM-C SGLI for contributing climate change study and improving cloud science, Part II |
| Miho Sekiguchi | Tokyo Univ. of Marine Science and Technology | Development of remote sensing algorithm and assimilation system of atmospheric aerosols using SGLI | |
| Sonoyo Mukai | The Kyoto College of Graduate Studies for Informatics | Improved algorithms for aerosol retrieval from multidirectional perspectives | |
| Hiroshi Ishimoto | Meteorological Res. Inst. | Development of ice cloud and aerosol analysis schemes by improved particle scattering model | |
| Makoto Kuji | Nara Women's Univ. | Retrieval and validation of cloud geometrical properties | |
| Hitoshi Irie | Chiba Univ. | Validation of the GCOM-C atmosphere products by the ground remote sensing observation network, SKYNET | |
| Kazuma Aoki | Toyama Univ. | Study of influence of spatial and temporal representativeness of aerosol optical properties by solar radiation measurements on in-situ validation of GCOM-C/SGLI | |
| Akihiro Yamazaki | Meteorological Res. Inst. | Provision of validation data for GCOM-C atmosphere product validation from ground radiation measurement network | |
| Tadahiro Hayasaka | Tohoku Univ. | Study of surface radiation budget product validation | |
| Ryoichi Imasu | Tokyo Univ., AORI | Validation of aerosol and cloud microphysical properties using Russian Airplane-Laboratory | |
| Kentaroh Suzuki | Tokyo Univ., AORI | Use of GCOM-C and other satellite observations for evaluations of cloud processes in global climate models | |
| Jérôme Riedi | Université de Lille 1 - Sciences et Technologies | Remote sensing of clouds and aerosols propertes from SGLI on GCOM-C1 Applying lessons learned from the A-Train to explore SGLI and EarthCare | |
| Ocean | Mitsuhiro Toratani | Tokai Univ. | Study of SGLI ocean color atmospheric correction scheme |
| Taka Hirata | Hokkaido Univ. | Calibration, Validation and application of the SGLI/GCOM-C ocean algorithms | |
| Robert J. Frouin | The Regents of the University of California | Vicarious calibration, algorithm development, and in situ data collection for SGLI ocean color remote sensing | |
| Toru Hirawake | Hokkaido Univ. | Improvement and validation of net primary production and phytoplankton size distribution algorithms | |
| Joji Ishizaka | Nagoya Univ., ISEE | Acquisition of validation dataset for GCOM-C coastal products | |
| Koji Suzuki | Hokkaido Univ. | Highly frequent and accurate observations of marine phytoplankton pigments and light regimes for the Validation of SGLI/GCOM-Cl data | |
| Hiroshi Kobayashi | Yamanashi Univ | In-situ measurements for development of an atmosphere and in-water combined algorithm basing on classification of coastal and lake water optical property characterization | |
| Tomonori Isada | Hokkaido Univ. | Products validation for inherent and apparent optical properties, phytoplankton pigments, and net primary productivity derived from SGLI/GCOM-C in coastal waters | |
| Victor Kuwahara | Soka Univ. | Validation of Monthly Observations of Spectral Irradiance and Bio-optical Properties in the Coastal Waters of Sagami Bay | |
| David Antoine | Curtin University | Using the long-term BOUSSOLE time series measurements for S-GLI Ocean Colour System Vicarious Calibration, and validation of geophysical products | |
| Mati Kahru | University of California San Diego | Improved and merged estimates of ocean bio-optical properties derived with SGLI for the California Current | |
| Atsushi Matsuoka | Departement de Biologie/Pavillon Alexandre-Vachon,Universite Labal | Development of DOC/POC algorithms for Arctic water - Global impact of Arctic carbon cycle - | |
| Joaquim I. Goes | Lamont Doherty Earth Observatory at Columbia University (LDEO) | Sea Surface Nitrate and Nitrate Based New Production - two innovative research products from SGLI on board GCOM-C | |
| Menghua Wang | NOAA | Development and Implementation of Atmospheric Correction Algorithm for SGLI/GCOM-C Ocean Color Products |
|
| Bryan A. Franz | NASA Goddard Space Flight Center | NASA ocean color processing and data analysis support for SGLI | |
| Lachlan I.W. McKinna | Science Applications International Corporation | NASA inherent optical properties algorithm support for SGLI | |
| Yosuke Yamashiki | Kyoto Univ. | Development of Water-quality conversion algorithm from satellite information into classification of aquatic vegetation and surrounding catchment to establish global lakes and reservoir repository (GLR) with UNESCO-IHP-IIWQ activity | |
| Cryosphere | Teruo Aoki | Okayama Univ. | Improvement of GCOM-C/SGLI snow/ice algorithm, and validation by in-situ measurements and a numerical model |
| Knut Henrik Stamnes | Stevens Institute of Technology | GCOM-II/SGLI snow/ice products: Improments and continued validation with postlaunch data |