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| 13:30 | C101★ | 複数温暖化シナリオに基づく線状対流系の擬似温暖化実験と影響メカニズムに関する解析
Analysis on the Future Change of Line Shaped Extreme Rain-band and Its Mechanisms by Using Pseudo Global Warming Experiment Under the Multi-scenario |
| | ◎小坂田ゆかり・中北英一
◎Yukari OSAKADA・Eiichi NAKAKITA |
| 13:45 | C102★ | 時空間スケールを考慮した梅雨期集中豪雨の将来変化の統計分析
Statistical Analysis of Future Changes in Baiu Heavy Rainfall Considering Its Spatio-Temporal Characteristics |
| | 小坂田ゆかり・◎中村葵・中北英一
Yukari OSAKADA・◎Aoi NAKAMURA・Eiichi NAKAKITA |
| 14:00 | C103 | 150年連続ランによる梅雨期極端降雨の将来変化と段階的適応に向けた解析
Analysis on Future Changes of Extreme Rainfall in Baiu Rainy Season for Stepwise Adaptation by Using 150-year Continuous Run |
| | ◎中北英一・原田茉知・小坂田ゆかり
◎Eiichi NAKAKITA・Machi HARADA・Yukari OSAKADA |
| 14:15 | C104 | 高解像度力学的ダウンスケーリングによる気候変動に伴う極端気象の影響評価
Impact Assessment of Extreme Weather under Climate Change Using High-Resolution Dynamical Downscaling |
| | 竹見哲也
Tetsuya TAKEMI |
| 14:30 | C105 | 150年連続気候データを用いた日本の水資源量の長期変化予測
Long-Term Projection of Japanese Water Resources by 150 Year Seamless Climate Data |
| | 田中賢治
Kenji TANAKA |
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(Break)
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| 15:00 | C106 | Future Change of Rainfall Prone to Sediment Disasters in Japan Based on Critical Line Method with Bias-corrected Regional Climate Projections |
| | ◎Ying-Hsin WU・Eiichi NAKAKITA |
| 15:15 | C107 | 2020年7月豪雨による熊本における土石流災害
Debris Flow Disaster in Kumamoto Due to the Heavy Rain in July 2020 |
| | ◎竹林洋史・藤田正治
◎Hiroshi TAKEBAYASHI・Masaharu FUJITA |
| 15:30 | C108 | 家計の立地選択を考慮した水害リスク管理政策評価のためのエージェントベースモデル
An Agent-based Model of Household Locational Choices and Flood Risk Management Policies |
| | ◎横松宗太・田中智大・芦野真人・市川温
◎Muneta YOKOMATSU・Tomohiro TANAKA・Masato ASHINO・Yutaka ICHIKAWA |
| 15:45 | C109 | 日本全国を対象とした広域洪水予測システムの開発と統合的パラメータ同定法
Development of a Nation-wide Flood Forecasting System and an Integrated Parameter Calibration Method of the Model |
| | ◎佐山敬洋・山北文登・山田真史・菅原快斗
◎Takahiro SAYAMA・Ayato YAMAKITA・Masafumi YAMADA・Yoshito SUGAWARA |
| 16:00 | C110★ | 気候変動と土地利用変化が湿潤熱帯流域の洪水氾濫に及ぼす影響評価: インドネシア国スマトラ島における事例研究
Assessment of Climate and Land Use Change Impacts on Flood Inundation in a Humid Tropical River Basin: a Case Study of Sumatra Island in Indonesia |
| | ◎山本浩大・佐山敬洋・Apip・山本エヴァミアシスカ
◎Kodai YAMAMOTO・Takahiro SAYAMA・APIP・Eva Mia Siska YAMAMOTO |
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(Break)
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| 16:30 | C111 | Self Efficacy and Last Mile Action for Evacuation |
| | ◎Subhajyoti SAMADDAR・Hirokazu TATANO |
| 16:45 | C112★ | Storm Surge Inundation Risk Assessment under Climate Change |
| | ◎Si HA・Hirokazu TATANO |
| 17:00 | C113 | 気候変動と堆砂進行および利水需要変化がダムの利水機能に及ぼす影響に関する検討
Impacts of Climate Change, Reservoir Sedimentation and Change in Water Demand on Water Use Functions of Dams |
| | ◎小島裕之・永谷言・川村育男・佐藤嘉展・角哲也
◎Hiroyuki KOJIMA・Gen NAGATANI・Ikuo KAWAMURA・Yoshinobu SATO・Tetsuya SUMI |
| 17:15 | C114 | ECMWF中期アンサンブル降雨予測情報を活用した発電ダムの事前放流
Preliminary Release of Hydropower Dam Considering ECMWF Medium-range Ensemble Rainfall Forecast |
| | ◎野原大督・木谷和大・道広有理・角哲也
◎Daisuke NOHARA・Kazuhiro KITANI・Yuri MICHIHIRO・Tetsuya SUMI |
| 17:30 | C115★ | d4PDFを用いた氾濫解析に基づくダムの洪水調節操作方式の検討
Study on Reservoir Operation Method for Flood Control Based on Inundation Analysis by Using d4PDF |
| | ◎岩本麻紀・野原大督・竹門康弘・小柴孝太・角哲也
◎Maki IWAMOTO・Daisuke NOHARA・Yasuhiro TAKEMON・Takahiro KOSHIBA・Tetsuya SUMI |
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(Break)
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| 18:00 | C116★ | Extreme Precipitation Analysis and Updated IDF Curves over MENA Region Under Future Scenarios |
| | ◎Sabah ALMHROUQI・SamehA. KANTOUSH・Mohammed SABER・Tetsuya SUMI・Tetsuya TAKEMI |
| 18:15 | C117★ | 気候変動を考慮した東アジアの最大高潮偏差の将来変化
Future Change in Maximum Potential Storm Surge Height at Major Bays in East Asia |
| | ◎森壮太郎・森信人・志村智也
◎Sotaro MORI・Nobuhito MORI・Tomoya SHIMURA |
| 18:30 | C118★ | 気候変動に伴う爆弾低気圧が日本沿岸に及ぼす影響
Effects of Climate Change-Induced Explosive Cyclones on Japanese Coast |
| | ◎小池宏之進・森信人・志村智也・Adrean WEBB
◎Hironoshin KOIKE・Nobuhito MORI・Tomoya SHIMURA・Adrean WEBB |
| 18:45 | C119 | Hydrometeorological Nowcasting Methods for Flash Flood Early Warning Systems in the Chugoku Region of Japan |
| | ◎Josko TROSELJ・Han Soo LEE・Nobuhito MORI |
| 19:00 | C120 | 統計的波浪モデルの開発と気候変動への応用
Development of Statistical Wave Model for Climate Projection |
| | 森信人
Nobuhito MORI |
