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Marine Ecosystems Research Department - jamstec japan agency ...

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JAMSTEC 2002 Annual Report<br />

Frontier <strong>Research</strong> System for Global Change<br />

ried out at FRSGC. In addition to these, the sub-theme<br />

of Subject "Development of high resolution coupled<br />

atmosphere-ocean global circulation model" will be<br />

carried out at FRSGC lead by Dr. Emori, a researcher<br />

of the Integrated Modeling <strong>Research</strong> Program.<br />

2. The Earth Simulator Started Its Full Operation<br />

The Earth Simulator (ES), which proved its operational<br />

capacity to be five times faster than the existing<br />

record during its test run period, started operating in<br />

March as planned. Utilization of ES will be open<br />

to general users, and based on the applications, the following<br />

eight subjects applied by research groups from<br />

FRSGC were accepted (Table ).<br />

background of the modeling effort, modeling scenario<br />

in the Earth Simulator, and future modeling studies. In<br />

addition, research themes suited for collaboration<br />

between EU and Japan were discussed and researchers<br />

identified several important themes for the collaboration:<br />

Monsoon, El Niño and Southern Oscillation<br />

(ENSO), Indian Ocean Dipole (IOD), teleconnections<br />

of both IOD and ENSO, intra-seasonal disturbances<br />

and interactions among different time scale phenomena,<br />

ocean data assimilation and seasonal forecast.<br />

Those themes would be addressed by conducting highresolution<br />

coupled General Circulations Model (GCM)<br />

experiments on the Earth Simulator. Specific issues<br />

related to the successful collaboration were discussed.<br />

3. Meetings for International <strong>Research</strong> Cooperation<br />

(a) EU-Japan Ad-Hoc Workshop on Climate Modeling<br />

As a preliminary workshop of the Japan-EU<br />

Workshop held in March , the above workshop<br />

was held at the JAMSTEC Yokohama Institute for<br />

Earth Sciences (YES) from September to , <br />

in order to promote collaboration between researchers<br />

of Climate Variations <strong>Research</strong> Program, FRSGC, and<br />

researchers in Europe. Various presentations were<br />

made mainly under three important issues; scientific<br />

(b) The Second Workshop for a Regional Climate<br />

Model and the Asian Monsoon<br />

The Workshop was held at the JAMSTEC<br />

Yokohama Institute for Earth Sciences (YES) from<br />

March to , . The Workshop was the second<br />

regional climate model workshop following the workshop<br />

held in the autumn of and organized by the<br />

International Pacific <strong>Research</strong> Center (IPRC). This<br />

time, it is jointly organized by FRSGC and international<br />

science panel for GEWEX Asian Monsoon<br />

Table 2<br />

<strong>Research</strong> Subject Program Person in Charge<br />

1 Development of a nonhydrostatic icosahedral high resolution<br />

atmospheric general circulation model<br />

Integrated Modeling <strong>Research</strong><br />

Program<br />

2 Atmospheric composition change and its climate impact Atmospheric Composition<br />

studies by global and regional chemical transport models <strong>Research</strong> Program<br />

3 Investigation of Asian summer monsoon system using a Hydrological Cycle <strong>Research</strong><br />

cloud resolving regional climate model<br />

Program<br />

4 Eddy-resolving simulation of world ocean circulation using Climate Variations <strong>Research</strong><br />

the PFES – toward the sophisticated J-COPE project – Program<br />

5 Development of highly parallel ocean general circulation Integrated Modeling <strong>Research</strong><br />

model using cubic grid system<br />

Program<br />

6 Development of integrated earth system models for<br />

<strong>Research</strong> Project for<br />

prediction of global environmental changes<br />

Sustainable Coexistence of<br />

Human, Nature, and the Earth,<br />

Subject No. 2<br />

7 <strong>Research</strong> development of 4-dimentional data assimilation<br />

system using a coupled climate model and construction of<br />

reanalysis datasets for initialization<br />

Integrated Modeling <strong>Research</strong><br />

Program<br />

8 Process studies and seasonal prediction experiment using Climate Variations <strong>Research</strong><br />

coupled general circulation model<br />

Program<br />

Masaki Sato<br />

Hajime Akimoto<br />

Takao Yoshikane<br />

Takashi Kagimoto<br />

Yukio Tanaka<br />

Taroh Matsuno<br />

Toshiyuki Awaji<br />

Toshio Yamagata<br />

116

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