Ryotaro Tahara, Yusuke Hiraga, So Kazama. Climate change effects on the localized heavy rainfall event in northern Japan in 2022: Uncertainties in a pseudo-global warming approach. Atmospheric Research. 2025. 314. 107780-107780
Yusuke Hiraga, Ryotaro Tahara. Sensitivity of localized heavy rainfall in Northern Japan to WRF physics parameterization schemes. Atmospheric Research. 2025. 314. 107802-107802
Sakina Ahmed, Yusuke Hiraga, So Kazama. Land subsidence in Bangkok vicinity: Causes and long-term trend analysis using InSAR and machine learning. Science of The Total Environment. 2024. 946. 174285-174285
Yusuke Hiraga, Yoshihiko Iseri, Michael D. Warner, Angela M. Duren, John F. England, M. Levent Kavvas. Response of Precipitation Increases to Changes in Atmospheric Moisture and Its Flux in the Columbia River Basin: WRF Model-Based Precipitation Maximization for PMP Studies. Journal of Hydrologic Engineering. 2024. 29. 3
Yusuke Hiraga, Yoshihiko Iseri, Michael D. Warner, Angela M. Duren, John F. England, Chris D. Frans, M. Levent Kavvas. Model-based estimation of long-duration design precipitation for basins with large storage volumes of reservoirs and snowpacks. Journal of Flood Risk Management. 2024
Effect of Weather Control to Slope Failures
(International Symposium on Weather Controllability 202 2024)
Cloud seeding experiment to mitigate localized heavy rainfall and subsequent landslides in the 2014 Hiroshima heavy rainfall event, Japan: WRF model-based analysis
(International Symposium on Weather Controllability 202 2024)
2019/09 - 2022/10 University of California, Davis Civil and Environmental Engineering Graduate Student Researcher
2017/04 - 2019/08 東京ガス株式会社 基盤技術研究所 研究員
委員歴 (1件):
2023/05 - 現在 水理・水文統計解析研究小委員会 幹事
受賞 (6件):
2024/06 - Journal of Hydrologic Engineering Editor's Choice Response of Precipitation Increases to Changes in Atmospheric Moisture and Its Flux in the Columbia River Basin: WRF Model-Based Precipitation Maximization for PMP Studies
2023/01 - Journal of Hydrologic Engineering Editor’s Choice Comparison of Model-Based Precipitation Maximization Methods: Moisture Optimization Method, Storm Transposition Method, and Their Combination
2022/04 - Civil and Environmental Engineering, University of California, Davis CEE Travel Award Participation to the 2022 International Atmospheric Rivers Conference