Posｔer Session Program
Affiliation
No.
1 JAXA/SAOC
2 JAXA/SAOC
3 JAXA/EORC
RIKEN Advanced Institute for
Computational Science
RIKEN Advanced Institute for
5
Computational Science

46 Nagasaki Univ.
7 Osaka Univ.
8 Kyoto Univ.
9 Tokyo Univ.
10 Tokai Univ.
11 Chiba Univ.
12 JAXA/EORC
13 JAXA/EORC
14 Tokyo Univ.
15 Bremen Univ.
16 Bremen Univ.
17

Remote Sensing Technology Center ofJapan

18 JAXA/EORC
19 JAXA/EORC
20 Hokkaido Univ.
21 Nagasaki Univ.
22 Tokai Univ.
23 Miyazaki Univ.
24 Tokyo Univ.ERI
25 Hokkaido Univ.
26 JAMSTEC
27 JAMSTEC
28 Nara Women's Univ.
29 LOA-Univ.Lille1/CNRS

30 Hokkaido Univ.
31 Hokkaido Univ.
32 Univ.Yamanashi(Hiroshima Univ.)
33 JAMSTEC
34 JAXA/EORC
35 JAXA/EORC

NameTitle
Isao Nakanishi/Norio
Verification of extreme time reduction for EO satellite data reSaitoh
processing with supercomputer
Yousuke
JAXA's G-Portal Approach to Global Observation Satellite Big
Ikehata/Mitsuhiko Fuda Data
A difference in the interannual variability of precipitation
Kaya Kanemaru
between PR and TMI
Ensemble Data Assimilation of GSMaP precipitation into theShunji Kotsuki
nonhydrostatic global atmospheric model NICAM
Data assimilation experiments with GSMaP and AMSU-A data
Koji Terasaki
using NICAM-LETKF system
Evaluation of KuPR Algorithm in Matchup Cases of GPM andTatsuya Shimotuma
TRMM
Tomoaki Mega
Validation of GSMaP Gauge NRTImprovement of orographic/nonorographic rainfall
Munehisa Yamamotoclassification scheme for microwave radiometers
Toward quantification of cloud processes with a synergistic
Kentaro Suzuki
use of multi-sensor satellite observations
Development of EarthCARE/MSI ice and water cloud
Seiko Takagi
properties products and Application to other satellites.
Rain retrieval from a new generation geostationary
Hitoshi Hirose
meteorological satellite Himawari-8 with GPM
Kikuchi Maki
Himarari-8 Product made in JAXA
Initial Development of Himawari-8 Hourly Aerosol Product inKikuchi Maki
JAXA
Woosub Roh
Evaluation of NICAM using AMSR-E and satellite simulator
Improving Multiyear Ice Concentration Estimateswith
Georg Heygster
Reanalysis Air Temperatures and Ice Drift
Sea Ice Time Series on for ESA's Climate Change Initiative
Georg Heygster
based on AMR-E and AMSR2 data
Validation result of JAXA SST, ASW products obtained from
Takatsugu Kudoh
microwave radiometer
Validation of intercalibrated microwave radiometer data based
Takashi Maeda
on the long-term retrieval of LST
Development of snow depth algorithm based on RTM for theHiroyuki Tsutsui
multiple snow layers and the various land surface parametersThin-ice thickness algorithm for AMSR-E based on theHaruhiko Kashiwase
comparison with the mooring observation
Masao Moriyama
Application of remote sensing for the public health
Algorithm Development of Global Land Cover Classification
Kiyonari Fukue
using High Precision Ortho Surface Reflectance Data
Research on Development of ETindex Map as a GCOM Land
Masahiro Tasumi
ProductERI Improvement of the volcano monitoring system in east
Takayuki Kaneko
Asia by using SGLI: preparation for realtime high spatialresolution observation
Algorithm development and validation of wild file detection
Koji Nakau
using SGLI
Improvement of terrestrial carbon cycle by effective use ofKazuhito Ichii
various GCOM-C1 SGLI products
Investigation of carbon cycle of vegetation in cold regions byRikie Suzuki
SGLI and in‐situ observations
Cloud fractions estimated from shipboard whole-sky camera
Makoto Kuji
and ceilometer observations
Remote sensing of clouds and aerosols properties from SGLI
Jerome Riedi
on GCOM-C1 Migrating POLDER/MODIS synergistic
algorithms to SGLI
Development of new ocean colour products: phytoplankton
Takafumi Hirata
group-specific primary productivity and quantum yield ofphotosynthesis
Distributional shifts in size structure of phytoplankton
Toru Hirawake
community
Optical Properties in the Highly Eutrophic Coastal Area ofHiroshi Kobayashi
Inner Tokyo Bay (Hiroto Higa)
Application of GCOM-C datasets to assess the responses ofphytoplankton communities to recent environmental changes
Amane Fujiwara
in the Pacific side Arctic Ocean
Sea surface temperature retrieval from infrared multi-band
Yukio Kurihara
data using new quasi-physical algorithm
GCOM-C
Global Change Observation Mission-Climate (GCOM-C)