Faculty
- Takeshi Horinouchi (horinout@)
PD
- Clément Combot
- Research theme: satellite-based studies on tropical cyclones and ocean underneath them
- Léo Vinour
- Research theme: tropical cyclones
- Yuma Miyaji
- Research theme: weather and climate extremes
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Students
Grad. School of Environ Sci.
- M2 Naoyuki Taguchi
- Study theme: monsoon dynamics
- M1: Guelso Mauro Manjate (Environmental Science Development Division)
- Study theme: numerical modelling of tropical cyclones
Faculty of Environmental Earth Science
- Research student: Yuehao Dang
- Study theme:
Department of Earth Sciences, School of Science
- B4 Tasei Nishiumi
- Study theme: numerical simulation
OBs/OGs
PDs
- Sho Arakane
-> Academia Sinica
- Field of expertize: tropical cyclones
- Shinji Matsumura
-> moved to National Research Institute for Earth Science and Disaster Resilience
- Field of expertize: climate dynamics
- Satoki Tsujino
-> moved to Meteorological Research Institutde
- Field of expertize: tropical cyclones
Docters
- Taiga Tsukada
- Thesis title: A study to estimate wind distribution in the inner-core region of tropical cyclones using geostationary meteorological satellites (Sep 2023)
- Satoshi Ota
- Study theme: satellite-based anvil detection and tropical cyclone development
- Shinichi Ikegawa, A new robust and effective method to derive cloud-top winds on Venus
- Thesis title: A study to develop a new wind estimation method to elucidate the general circulation of the Venus atmosphere (June 2016)
Masters
- Ryubu Shoji
- Thesis theme: meteorological feasibility study on sailing-ship power generation
- Ce Zhang (Saku Chou)
- Thesis theme: tropical cyclogenesis from what are recognized as easterly waves
- Yusuke Sawa Thesis theme: extratropical cyclogenesis
- Takumi Takase Theis theme: Venus atmosphere studies with Akatsuki
- Ayuka Takeda Thesis theme: Meteorological future projection based on CMIP6 data
- Haruomi Yanagihara Thesis theme: Data assimilation for tropical cyclones
- Satoshi Ota: Thesis theme: satellite-based anvil detection and tropical cyclone development
- Atsushi Kumura: Thesis theme: Numerical experiments on the extreme rain storm in 2018
- Taiga Tsukada: Thesis theme: Estimation of the tangential winds and asymmetric structures in typhoon inner core region using Himawari-8
- Satoaki Ueki: Thesis theme: impact of sea ice and mid-latitude SST under global warming
- Manami Tateno: Thesis theme: Global relation among upper-lvel disturbances, water vapor distribution, and precipitation
- Ayumu Hayashi: Thesis theme: Upper-tropospheric PV and precipitation
- Natsuko Motouchi: Thesis theme: Meridional influence of tropical intrasesonal oscillation
- Hayayo Yazawa: Thesis theme: Baiu/Meiyu and "Akisame"
- Shinichi Ikegawa, Thesis theme: A new method to derive cloud-top winds on Venus
- Hajime Mizuguchi, Thesis theme: Study on tropical sea-surface temperature and precipitation in atmospheric GCMs (2012)
- Noritaka Shiroma, Thesis theme: Long-time variability of heavy rainfall in Okinawa and Nansei islands. (2011)
- Tatsuya Terao, Thesis theme: Dynamical influences of tropical and extra-tropical waves on low-level clouds in the torpical Eastern Pacific. (2011)
- Yuji Honma, Thesis theme: Influence of MJO on the weather of East Asia (2011)
Bachelors
- Naoyuki Taguchi Theis theme: Study on East Asian Summer Monsoon by atmospheric general circulation model
- Yamato Waji Theis theme: Watervapor supply for trential rain
- Yusuke Sawa Thesis theme: Cylcone detection and generation mechanisms
- Ayuka Takeda Thesis theme: Jet and general circulation of Earth and planetary atmospheres
- Haruomi Yanagihara Thesis theme: Numerical modeling of tropical cyclone
- Masato Maekawa: Thesis theme: linear stabiliby analysis for polar lows
- Taiga Tsukada: Thesis theme: data analysis on extratropical cyclogenesis
- Satoaki Ueki: Thesis theme: numerical experiment on the SST impact on storm track
- Yusuke Kado, Thesis theme: roll of large-scale topography in meteorology
- Hirotaka Hirayama, Thesis theme: Mechanism of Antarctic Katabatic winds (2012)
- Hayato Yazawa, Thesis theme: Numerical modeling of mid-latitude low-frequency variability using an idealized atmospheric global circulation model (2011)