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Meteorology Lab (Team SORA)
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Using weather observation and simulation, the lab explores how familiar atmospheric phenomena relate to society.
AboutAbout the lab
Exploring how familiar atmospheric phenomena relate to society.
The Meteorology Lab studies how familiar atmospheric phenomena relate to education, human society, disasters, health, sports, and more.
The lab's research methods are field weather observation, numerical simulation, machine learning, and data analysis.
The lab also supports students in obtaining qualifications as a certified weather forecaster and a certified disaster prevention specialist.
Prof. Hironori Fudeyasu's research keyword is typhoons, and the professor also serves as director of the university's Typhoon Science and Technology Research Center.
Key terms
- Storm surge
- A coastal disaster caused by typhoon winds that damages cities and other areas inside bays
NewsLab news
Prof. Fudeyasu and colleagues, as chief editors, published "Zusetsu Taifu no Jiten" (Illustrated Encyclopedia of Typhoons; Asakura Publishing)
Prof. Fudeyasu and colleagues received the Commendation for Science and Technology by the Minister of Education, Culture, Sports, Science and Technology (Development Category)
ResearchResearch themes
The lab studies how familiar atmospheric phenomena relate to education, human society, disasters, health, sports, and more. It carries out its research using field weather observation, numerical simulation, machine learning, and data analysis.
How Familiar Atmospheric Phenomena Relate to Society
Using weather observation, simulation, machine learning, and data analysis, the lab investigates how familiar atmospheric phenomena relate to education, human society, disasters, health, sports, and more.
Research on Weakening Typhoons
At the Typhoon Science and Technology Research Hub, the lab is in charge of simulations of typhoon weakening. Using atmospheric and storm surge models, it ran experiments that artificially increase surface drag at the entrance of Tokyo Bay, and evaluated the possibility of reducing typhoon winds and storm surge.
MembersFaculty
- ProfessorHironori Fudeyasu
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