Research field (1)：
Atmospheric and hydrospheric science
Research theme for competitive and other funds (3)：
2018 - 2021 Basic study on hierarchical structure of tornado-spawning cyclones and predictability of tornadoes
2016 - 2020 Clarification of genesis and development mechanism of cumulonimbus with the next-generation data assimilation and ensemble simulations
2009 - 2014 Study of advanced data assimilation and cloud resolving ensemble technique
Papers (15)：
Kazuo Saito, Takuya Kawabata, Hiromu Seko, Takemasa Miyoshi, Le Duc, Tsutao Oizumi, Masaru Kunii, Guixing Chen, Kosuke Ito, Junshi Ito, et al. Forecast and Numerical Simulation Studies on Meso/Micro-scale High-Impact Weathers Using High-Performance Computing in Japan. Numerical Weather Prediction: East Asian Perspectives. 2023. 461-481
TOCHIMOTO Eigo, YOKOTA Sho, NIINO Hiroshi, YANASE Wataru. Ensemble Experiments for a Maritime Meso-β-scale Vortex that Spawned Tornado-Like Vortices Causing Shipwrecks. Journal of the Meteorological Society of Japan. Ser. II. 2022
Sho Yokota, Hiromu Seko. Ensemble-based singular value decomposition analysis to clarify the causes of heavy rainfall. QUARTERLY JOURNAL OF THE ROYAL METEOROLOGICAL SOCIETY. 2021. 147. 737. 2244-2263
横田 祥, 新野 宏, 瀬古 弘, 國井 勝, 山内 洋. Tornadogenesis Investigated by Data Assimilation and Ensemble Forecasts. ながれ : 日本流体力学会誌 = Nagare : journal of Japan Society of Fluid Mechanics. 2019. 38. 1. 8-13
