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| Shinya MIITSUISHI
三石 真也 | |
| Chief Researcher, Water-related Hazard Research Group
水災害研究グループ 上席研究員 |
Home town (country); 出身:
Fukuoka City, Fukuoka, Japan; 福岡県福岡市 |
- Message; メッセージ:
- It is predicted that more and more conflicts over water will take place in the 21st century. It is important to solve water-resources problems around the world to ensure Japan's food security.
21世紀は水を巡って争いが起こると言われており、世界の水資源問題を解決することは、我が国の食料等の安全保障上も重要と考えています。
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- Main
Research Topic(s); 主な研究内容:
- Prediction of world water supply, demand change and social effects due to climate change and study on adaptation strategies
気候変動による世界の水需給変化と社会的影響予測及び適応策検討
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- Academic/Professional
Experience and Qualifications; 主な学歴・職歴、資格など:
- Academic background:
Mar. 1983: Graduated from the Department of Civil Engineering, Kyoto University
京都大学工学部土木工学科卒業
Mar. 1985: Obtained a master’s degree in civil engineering from Kyoto University
京都大学大学院工学研究科土木工学専攻修了
Jul. 2010: Obtained a doctoral degree in engineering from Kyoto University
京都大学博士（工学）
Employment Record:
Apr. 1985: Employment at Ministry of Construction
Jul. 1994-Mar. 1996: Deputy Director, Water Resources Policy Div., Water Resources Bureau,
National Land Agency
（国土庁水資源部水資源政策課課長補佐）
(Responsible for investigation, planning and design on reuse of treated
domestic wastewater)
Apr. 1996-Mar. 1998: Deputy Director, Policy Div., Minister’s Secretariat
（大臣官房政策課課長補佐）
(Responsible for development of policies and strategies for
telecommunications for infrastructure management)
Apr. 1998-Jun. 2000: Director, Sendaigawa River Work Office, Kyusyu Regional Construction
Bureau
（九州地方建設局川内川工事事務所長）
(Responsible for river conservation, management and improvement projects)
Jun. 2000-Mar. 2002: Senior Deputy Director, Water Management Office, River Environment
Div., River Bureau.
（河川局河川環境課流水管理室企画専門官）
(Responsible for development of policies, strategies, manuals for regulation
and management on water intake rights)
Apr. 2002-Mar. 2005: Director, River Department, Hokuriku Regional Development Bureau
（北陸地方整備局河川部河川調査官）
(Responsible for investigation, planning, design and budgeting for river
improvement and dam construction)
Apr. 2005-Mar. 2007: Director for Promotion of Construction Mechanization, Policy Bureau
（総合政策局建設施工企画課機械施工企画官）
(Responsible for investigation, planning, design and budgeting for
construction machinery)
Apr. 2007-Nov. 2007: Director, Kitakamigawa-karyuu River Work Office, Tohoku Regional
Development Bureau
（東北地方整備局北上川下流河川事務所長）
(Responsible for river conservation, management and improvement
projects)
Apr. 2008-Sep. 2011: Head of Water Management and Dam Division, River Department,
National Institute for Land and Infrastructure Management
（国土技術政策総合研究所河川研究部水資源研究室長）
(Responsible for research on integrated water management and efficient
dam operation)
Notable License, Certificate etc.:
Mar. 1998: Certified Professional Engineer-Japan in civil engineering
（技術士建設部門）
May 1999: JSCE Innovation Award by the Japan Society for Civil Engineering
（土木学会技術開発賞）
Mar. 2010: Certified Professional Engineer-Japan in comprehensive technical management
（技術士総合技術監理部門）
May 2011: Excellent Paper Award by the Japan Society of Dam Engineers
（ダム工学会論文賞）
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- Recent Publications; 著書:
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| 豊田忠宏、三石真也、天方匡純：雨水貯留施設による利水効果について、土木学会第66回年次学術講演会 pp. 239-240 2011.9 |
| Yamamoto A., Mitsuishi S., Ozeki T.,: Study on Rational Control Model for Excess Flood by Utilizing Rainfall Prediction, Dams and Reservoirs under changing challenges, ICOLD 79 pp.517-523 2011.6 |
三石真也、角哲也、尾関敏久：WRFによる降雨予測を活用した新たな洪水調節手法の適用性検討、水文・水資源学会誌 Vol.24 No.2 pp.110-120 2011.3
(Applicability of a New Flood Control Method utilizing Rainfall Prediction by WRF) |
| 依田憲彦、三石真也、飯島正顕：断水社会による渇水被害の分析、土木学会第65回年次学術講演会 pp. 511-512 2010.9 |
三石真也、角哲也、尾関敏久、松木浩志：VR方式によるダム洪水調節の適用性に関する検討、ダム工学 Vol.20 No.2 pp.105-115、2010.6
(A Study on Effectiveness of V-R Method of Dam Operation in Flood Control) |
三石真也、角哲也、尾関敏久：WRFによる降雨予測を活用したダム操作に関する検討、ダム工学 Vol.20 No.2 pp.94-104、2010.6
(Dam Operations Using Precipitation Forecasts by Weather Research and Forecasting Model) |
三石真也、角哲也、尾関敏久、松木浩志：水位放流方式によるダム操作の適用性に関する検討、ダム工学 Vol.20 No.1 pp.6-15、2010.3
(Effectiveness of Dam Operation by Water Level Threshold Discharge Method) |
| Mitsuishi S., Okamoto M., Takahashi H., and Imai H.: Potential Maximum Hydroelectric Energy Development in Japan, Hydrological Research Letters Vol.3, pp.14-17 2009.4 |
| Yamaguchi Y., Iwashita T., Mitsuishi S.,: Preliminary Investigation of Dams Stricken by the Iwate-Miyagi Nairiku Earthquake in 2008, Proc. the 5th EADC International Symposium on Co-existence of Environment and Dams, 2008.10 |
| （財）ダム技術センター、多目的ダムの建設、2005.6 共著 |
三石真也、浦上将人、浜西豊：下流河道環境を考慮したダム放流の検討、土木学会河川技術論文集、第8巻、PP.359-364 2002.6
(study of flow regime below dams to restore down stream environment) |
| 大成出版社、21世紀に向けた国土づくりと情報通信戦略、1997.3 共著 |
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