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Education
Supervision of doctoral theses
- Seiji SUGATA (Nov., 1993)
"Numerical and Theoretical Studies on Thermal Convection in a Rotating Annulus of Fluid"- Keiichi ISHIOKA (Mar., 1995)
"A Theoretical Study on Nonlinear Processes of Barotropically Unstable Flow on a Rotating Sphere" (in Japanese)
- Toru NOZAWA (Jan., 1997)
"Numerical and Theoretical Studies on Forced Two-Dimensional Turbulence on a Rotating Sphere"- Takeshi HORINOUCHI (Mar., 1997)
"Excitation of Waves by Organized Cumulus Convection and their Interaction with the Mean Flow in the Equatorial Middle Atmosphere"- Shozo YAMANE (Mar., 1998)
"Theoretical and Numerical Studies on the Variability and Predictability of Atmospheric Circulation" (in Japanese)
- Koji AKAHORI (Mar., 1999)
"Theoretical and Numerical Studies on the Interactions between Baroclinic Disturbances and the Basic Dynamical Field Associates with Low-Frequency Variations in the TropospherePredictability" (in Japanese)
- Masakazu TAGUCHI (Mar., 2001)
"A Numerical Study on the Internal Variations of the Troposphere-Stratosphere Coupled System" (in Japanese)
- Ryo MIZUTA (Mar., 2002)
"Transport and Mixing Processes due to Chaotic Mixing in the Polar Region in the Southern Winter Stratosphere" (in Japanese)
- Yasuko HIO (Mar., 2004)
"Interannual Variations in the Structure and Interaction of Planetary Waves in the Southern Hemisphere Stratosphere"
- Seiya NISHIZAWA (Mar., 2005)
"Probability Statistics Theory and Numerical Experiment on Trends in Atmospheric Variations" (in Japanese)
- Shigenori OTSUKA (Mar., 2009)
"Numerical Studies on the Moist Layered-Structures Observed in the Tropical Middle Troposphere" (in Japanese)
- Hiroki YAMAMOTO (Mar., 2012)
"A Study on the Dynamics of Superrotation of Planetary Atmospheres - Construction of An Axysymmetric Theoretical Model and Numerical Experiments" (in Japanese)
- Nurjana Joko TRILAKSONO (Mar., 2012)
"Numerical Studies of Heavy Precipitation over West Java in January-February 2007"
- Rattana Chhin (Mar., 2019)
"Future Projection of Drought in the Indochina Region Based on the Optimal Ensemble Subset of CMIP5 Models"