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Research Directors/Research Themes


Adopted FY2005

Shuji OGATA

Atushi OSHIYAMA

Masaki SATOH

Toshikazu TAKADA

Keiko TAKAHASHI

Seiichiro TEN-NO

Kimihiko HIRAO

Mitsuhiro MATSU'URA

Adopted FY2006

Masataka NAGAOKA

Hiroyasu HASUMI

Masahiko MACHIDA

Masuhiro MIKAMI

Keiji MOROKUMA

Yasuhiro YAMANAKA

Ryoichi YAMAMOTO

Adopted FY2007

Yuriko AOKI

Masatoshi IMADA

Hideyuki USUI

Akio KITAO

Hiroshi NAKATSUJI

Shinobu YOSHIMURA

Research Directors / Research Themes

Global Cloud Resolving Model Simulations toward Numerical Weather Forecasting in the Tropics

Masaki SATOH

Masaki SATOH

Sub Leader,Frontier Research Center for Global Change,Japan Agency for Marine-Earth Science and Technology

Main Research Collaborator list

Takao YOSHIKANE

Researcher,Frontier Research Center for Global Change,
Japan Agency for Marine-Earth Science and Technology


Yoko TSUSHIMA

Researcher,Frontier Research Center for Global Change,
Japan Agency for Marine-Earth Science and Technology


Shuichi MORI

Sub Leader,Institute of Observational Research for Global Change,
Japan Agency for Marine-Earth Science and Technology


Teruyuki NAKAJIMA

Director,Professor,Center for Climate System Research,
The University of Tokyo


Tetsuo NAKAZAWA

Head,Meteorological Research Institute,Typhoon Research Department,
The Second Research Laboratory,Japan Meteorological Agency

Outline of Research Themes

The global cloud resolving model which simulates the global atmospheric circulation with 3.5km-horizontal mesh is now available using the Earth Simulator. This model explicitly resolves cumulus convection whose horizontal scale is a few kilometers; the effects of cumulus convection is poorly representated in existing global circulation models. In this study, we explore its cloud and precipitation behaviours especially in the tropics and investigate scientific and technical problems to use it as a numerical weather forecasting model.



Cloud image simulated by the Global Cloud Resolving Model, NICAM,with 3.5km-mesh icosahedral grids using the Earth Simulator

Cloud image simulated by the Global Cloud Resolving Model, NICAM,
with 3.5km-mesh icosahedral grids using the Earth Simulator

(MPEG 7.09MB)


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