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Kazuya Takami

Observed names: K. Takami, Kazuya TAKAMI, TAKAMI, Kazuya, Takami, Kazuya
ORCID: 0000-0003-3181-4333
Observed ORCID: 0000-0003-3181-4333
OpenAlex ID: A5009024903
Relationship between newly fallen snow density and degree of riming estimated by particles’ fall speed in Niigata Prefecture, Japan
2022 · Kazuya Takami, Rimpei Kamamoto, et al. · Hydrological Research Letters · 7
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Relationship between Newly Fallen Snow Density and Polarimetric Parameters Obtained from X-Band Radar Observations along the Sea of Japan Coast in January 2021
2024 · Kazuya Takami, Rimpei Kamamoto, et al. · Journal of Atmospheric and Oceanic Technology · 3
Development of Meteorological Model Based on Large-eddy Simulation in Consideration of Urban Effects to Understand Convection Genesis
2016 · Kosei YAMAGUCHI, Kazuya TAKAMI, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering) · 3
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Development of Algorithm for Detecting Strong Wind Location due to Gust Using Weather Radar Information
2020 · Takaaki FUKUHARA, Kazuya TAKAMI, et al. · Quarterly Report of RTRI · 1
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Estimation of Freezing Level Using Polarimetric Radar to Determine the Type of Precipitation in Winter Season
2020 · Kazuya TAKAMI, Kenji SUZUKI, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering) · 1
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Predicted Rainfall Evaluation Method to Prevent Underestimation of Predicted Small River Flooding
2019 · Takaaki FUKUHARA, Kazuya TAKAMI, et al. · Quarterly Report of RTRI · 1
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Hill‐Terrain Modulation of Inland Snow‐Cloud Microphysics: Polarimetric Radar and Balloon‐Borne Particle Imaging Radiosonde Observations
2026 · K. Takami, K. Suzuki, et al. · Geophysical Research Letters
Challenges in Snowfall Observation
2023 · Kazuya TAKAMI · JOURNAL OF JAPAN SOCIETY OF HYDROLOGY AND WATER RESOURCES
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Evaluate to Vertical Gradient of Radar Reflectivity Above Freezing Level on Winter Precipitation Events Focusing on Specific Differential Phase
2022 · Kazuya TAKAMI, Rimpei KAMAMOTO, et al. · Journal of Japan Society of Civil Engineers Ser B1 (Hydraulic Engineering)
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豪雨の「種」を捉えるための都市気象lesモデルの開発と積雲の生成に関する研究
2016 · YAMAGUCHI, Kosei, TAKAMI, Kazuya, et al. · Institutional Repositories DataBase (IRDB)
豪雨の「種」を捉えるための都市効果を考慮するles気象モデルの開発
2016 · Yamaguchi Kosei, Kazuya Takami, et al.
Basic Development of Urban Meteorological Model Based on Large-Eddy Simulation for Investigation on Convection Genesis
2016 · Yamaguchi Kosei, Kazuya Takami, et al.
Works count: 16
Citation count: 16
H-index: 3
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