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| P01 | 能登半島群発地震域の地下電気比抵抗構造変化について
Changes in Subsurface Resistivity Structure around Noto Peninsula Seismic Swarm Area |
| | ◎吉村令慧・山﨑健一・小松信太郎・山崎友也・中川潤・宮町凛太郎・吉川昌宏・石川尚人・平松良浩・畑真紀
◎Ryokei YOSHIMURA・Ken’ichi YAMAZAKI・Shintaro KOMATSU・Tomoya YAMAZAKI・Jun NAKAGAWA・Rintaro MIYAMACHI・Masahiro YOSHIKAWA・Naoto ISHIKAWA・Yoshihiro HIRAMATSU・Maki HATA |
| P02 | 輪島市街地における2024年能登半島地震の高密度余震観測および微動観測
High-density Aftershock and Microtremor Observations for the 2024 Noto Peninsula Earthquake in Wajima City |
| | ◎神野達夫・重藤迪子・髙井伸雄・津野靖士・山中浩明・是永将宏・三宅弘恵・松島信一・浅野公之・山田伸之・地元孝輔・安部魁人・中川尚郁・青井優太朗・Ouma FREDRICK・中村愛彩・Ozaslan BILAL・松田大幹・大野登羽
◎Tatsuo KANNO・Michiko SHIGEFUJI・Nobuo TAKAI・Seiji TSUNO・Hiroaki YAMANAKA・Masahiro KORENAGA・Hiroe MIYAKE・Shinichi MATSUSHIMA・Kimiyuki ASANO・Nobuyuki YAMADA・Kosuke CHIMOTO・Kaito ABE・Naofumi NAKAGAWA・Yutaro AOI・Ouma FREDRICK・Aya NAKAMURA・Ozaslan BILAL・Hiroki MATSUDA・Towa OHNO |
| P03 | 令和6年能登半島地震の隆起海岸における火砕岩および珪質泥岩のスレーキング特性
Slaking characteristics of pyroclastic rocks and siliceous mudstone on the uplifted coast at the 2024 Noto Peninsula Earthquake |
| | ◎小暮哲也・松澤真・松四雄騎
◎Tetsuya KOGURE・Makoto MATSUZAWA・Yuki MATSUSHI |
| P04 | 中米沈み込み帯における群発地震検出： 地震活動とスロースリップイベントの関係に関する示唆
Earthquake Swarm Detection in the Middle America Subduction Zone: Implications for the Relationship between Seismicity and Slow Slip Events |
| | ◎西川友章・Vladimir KOSTOGLODOV・西村卓也
◎Tomoaki NISHIKAWA・Vladimir KOSTOGLODOV・Takuya NISHIMURA |
| P05 | Simulation of Thermoelastic Instability and Sample-size Dependency of Dynamic Weakening in Friction Experiment |
| | Hiroyuki NODA |
| P06 | 地震波干渉法を用いた四国西部におけるプレート境界反射波検出の試み
Towards Detecting Seismic Waves Reflected at the Plate Interface at Western Shikoku Using Seismic Interferometry |
| | 宮澤理稔
Masatoshi MIYAZAWA |
| P07 | First Report on Magnetotelluric Survey on Sakurajima Island for High-resolution Estimation of Subsurface Structure |
| | ◎Cinantya Nirmala DEWI・Ryokei YOSHIMURA・Maki HATA・Rintaro MIYAMACHI・Shintaro KOMATSU・Ken'ichi YAMAZAKI・Tadaomi SONODA・Yuusuke TAKENAKA |
| P08 | 精密水準測量による桜島火山の地盤上下変動（2024年11月測量の結果）
Vertical Ground Deformation of Sakurajima Volcano Measured by Precise Leveling Survey (Results of the November 2024 Survey) |
| | ◎山本圭吾・吉川慎・内田和也・園田忠臣・井上寛之・竹中悠亮・岡田和見・山口雅弘・達山康人・上土井歩佳・小濱瑞希・松島健・大倉敬宏
◎Keigo YAMAMOTO・Shin YOSHIKAWA・Kazunari UCHIDA・Tadaomi SONODA・Hiroyuki INOUE・Yuusuke TAKENAKA・Kazumi OKADA・Masahiro YAMAGUCHI・Yasuto TATSUYAMA・Ayuka JYOUDOI・Mizuki KOHAMA・Takeshi MATSUSHIMA・Takahiro OHKURA |
| P09 | Simulation of Erosion Susceptibility in the Medjerda Watershed under Different Climate Change Scenarios |
| | ◎Asma BOUAMRANE・Sameh A. KANTOUSH・Noura DAHRI・Ali BOUAMRANE・Mohamed SABER・Hamouda BOUTAGHANE・Habib ABIDA・Tetsuya SUMI・Emad MABROUK |
| P10 | Advanced Abrasion Prediction: High-Dimensional Damage Mapping in Sediment Bypass Tunnels Using Machine Learning |
| | ◎Ahmed EMARA・Sameh KANTOUSH・Mohamed SABER・Tetsuya SUMI・Emad MABROUK |
| P11 | 豪雨の予測と制御の基礎研究
Fundamental research on prediction and control of heavy rains |
| | ◎山口弘誠・島岡琴子・鈴木克進・永田惇・西嶋一欽・中北英一
◎Kosei YAMAGUCHI・Kotoko SHIMAOKA・Katsumichi SUZUKI・Jun NAGATA・Kazuyoshi NISHIJIMA・Eiichi NAKAKITA |
| P12 | 日台地域間防災交流会を通じたインターローカリティの生成
Generating Interlocality through Japan-Taiwan Regional Disaster Prevention Exchange Meetings |
| | ◎Lee FUHSING・竹之内健介・中野元太・巫仲明・許瓊文・矢守克也
◎FUHSING LEE・Kensuke TAKENOUCHI・Genta NAKANO・ChungMing WU・Chiung-Wen WU・Katsuya Yamori |
| P13 | Affect theory as an Avenue for Disaster Studies |
| | Florence LAHOURNAT |
| P14 | BIツールを用いた地震・豪雨災害におけるリスクファイナンスのシミュレーションと可視化
Simulation and visualization of risk financing for earthquake and intense rainfall events using BI tool |
| | 田中達大
Tatsuhiro TANAKA |
| P15 | Energy Loss Mechanisms Near an Isolated Strip Roughness |
| | ◎Sohrabzadehanzani H.・Kantoush S.・ Binh Quang N. |
| P16 | Sediment Plastic Accumulation and its Transformative Effect on Channel Morphology of Small Urban Rivers: Implications for Waterway Health and Ecosystem Stability |
| | ◎Desmond N. SHIWOMEH・Sameh A. KANTOUSH・Tetsuya SUMI・Wilson Y. FANTONG・Binh Quang NGUYEN・Temma FUJII |
| P17 | Spatial Runoff of Angat River Basin Using Semi-Distributed Hydrological Model |
| | ◎Sarah Alma BENTIR・Sameh A. KANTOUSH・Tetsuya SUMI・Binh Quang NGUYEN・Seyed Amirreza TABATABA VAKILI |
| P18 | ウェイングライシメータの再稼働による令和6年観測結果
Observation Result in 2024 by Recommisioning on Weighing Lysimeter |
| | 萬和明
Kazuaki YOROZU |
| P19 | SIMカメラを用いた河川生物や河床環境のモニタリングの試み
Monitoring of river biota and riverbed environment using field SIM cameras |
| | ◎山崎友也・小林草平・Sameh KANTOUSH
◎Tomoya YAMAZAKI, Sohei KOBAYASHI, Sameh KANTOUSH |
| P20 | 水路実験に基づく粘着性・非粘着性ラハールの流動性の検討
Flow properties of cohesive and noncohesive lahars based on channel experiments |
| | ◎常松佳恵・石川智也・片岡香子・竹林洋史
◎Kae TSUNEMATSU・ Tomoya ISHIKAWA・Kyoko KATAOKA・Hiroshi TAKEBAYASHI |
| P21 | 固体降水粒子のデータ同化の有効性に関する検討
Investigation of the Effectiveness of Data Assimilation for Hydrometeors in the Melting Layer |
| | ◎赤間慶・山口弘誠
◎Kei AKAMA・Kosei YAMAGUCHI |
| P22 | 船舶レーダによるメソ対流系の観測：九州西方海上の梅雨前線帯における事例解析
Marine Radar Observation of Mesoscale Convective System in the Baiu Frontal Zone over the Sea Area West of Kyushu |
| | ◎中村啓彦・新村陸人・西隆昭・仁科文子・須本祐史・真木雅之
◎Hirohiko NAKAMURA・Rikuto SHIMURA・Takaaki NISH・Ayako NISHINA・Yuji SUMOTO・Masayuki MAKI |
| ★P23 | Revealing Flood Patterns Across Japan at +2℃ and +4℃ Stages Based on the 150-m Rainfall-Runoff-Inundation (RRI) Model |
| | ◎Jiachao CHEN・Takahiro SAYAMA・Masafumi YAMADA・Tomohiro TANAKA・Yoshito SUGAWARA |
| ★P24 | 水害避難スイッチの決め方 ―滋賀県芹川氾濫原での事例研究―
How to determine flood evacuation trigger: A Case Study of the Seri River floodplain in Shiga Prefecture |
| | ◎桐森元規・山田真史・堀智晴
◎Genki KIRIMORI・Masafumi YAMADA・Tomoharu HORI |
| ★P25 | 滋賀県における寺院の緊急避難場所としてのポテンシャル分析
Investigating the Potential of Temples as Emergency Shelters in Shiga Prefecture |
| | ◎小林遼・山田真史・堀智晴
◎Ryo KOBAYASHI・Masafumi YAMADA・Tomoharu HORI |
| ★P26 | 滋賀県全域を対象とした洪水氾濫時における避難行動のリスク分析
Risk Analysis of Evacuation during Flooding in Shiga Prefecture |
| | ◎西本大輔・山田真史・堀智晴
◎Daisuke NISHIMOTO・Masafumi YAMADA・Tomoharu HORI |
| ★P27 | Study on Long-term Change Trends of Nutrient Elements to the Yamato River |
| | ◎Xianbao ZHA・Tomoharu HORI・Masafumi YAMADA |
| ★P28 | 2023年早出川灌漑域渇水における気象とダムの水資源供給能力の関係
Relationship between climate and agricultural water supply capacity in the irrigation area of Hayadegawa Dam in 2023 |
| | ◎渡邉諒聖・堀智晴・山田真史
◎Ryosei WATANABE・Tomoharu HORI・Masafumi YAMADA |
| ★P29 | 2023年1月の日本の寒波事例に対するアンサンブル随伴感度解析
Ensemble Adjoint Sensitivity Analysis for the Cold Wave over Japan in January 2023 |
| | ◎福島実・榎本剛・髙谷怜・西村浩一
◎Minori FUKUSHIMA・Takeshi ENOMOTO・Rei TAKATANI・Koichi NISHIMURA |
| P30（代理発表） | 機械学習による台風の統計的解析
Statistical Analysis of Tropical Cyclones Using Machine Learning |
| | ◎松本涼太・榎本剛
◎Ryota MATSUMOTO・Takeshi ENOMOTO |
| ★P31 | 春季の高温事例と南高北低の気圧配置との関係
The Relationship between Hot Events in Spring and “South-High North-Low” Pressure Pattern |
| | ◎小松大晟・榎本剛
◎Taisei KOMATSU・Takeshi ENOMOTO |
| ★P32 | Historical and Future Climate Change Impact on Tropical Cyclone Characteristics |
| | Yuting YAO |
| ★P33 | 湖沼底層の自動観測システムの試作
Prototype of automatic observation system for bottom layer environment in lakes and reservoir |
| | ◎鈴木優志・小川崚司・齋藤遼太・三浦勉・山上路生
◎Masashi SUZUKI・Ryoji OGAWA・Ryota SAITO・Tsutomu MIURA・Michio SANJOU |
| ★P34 | 数値解析による斜面土層間隙水圧の稠密観測結果の説明と豪雨時の再現シミュレーション
Numerical Analysis of Soil Pore-Pressure Observed by Dense Hydrological Monitoring for Simulating the Response to Heavy Rainfall |
| | ◎近藤有史・松四雄騎
◎Arihito KONDO・Yuki Matsushi |
| ★P35 | Framework for Modeling Urban Flood Depth Dynamics and Their Impact on Emergency Medical Response: Integrating System Dynamics and SINDy Algorithm |
| | ◎Chi CHANG・Kosei YAMAGUCHI・Eiichi NAKAKITA |
| ★P36 | Effects of Environmental Factors on Sediments in the Urban Sewer Systems of Kyoto |
| | ◎Liming LIU・Kenji KAWAIKE・Takahiro KOSHIBA・Keiko WADA |
| ★P37 | 土石流発生予測に向けたヒル谷における浸透流量と河床堆積土砂量の観測
Observation of Seepage Flow and Sediment Volume in the Hirudani Riverbed for Debris Flow Prediction |
| | ◎矢野むつみ・岩井智哉・山野井一輝
◎Mutsumi YANO・Tomoya IWAI・Kazuki YAMANOI |
| ★P38 | 山地流域の裸地斜面における土砂量生産量の推定に向けた表面地形の差分観測
Topographic Change Observation to Evaluate Sediment Production from Bare Slopes in Mountainous Catchment |
| | ◎岩﨑大和・山野井一輝・呉映昕
◎Yamato IWASAKI・Kazuki YAMANOI・Ying-Hsin WU |
| ★P39 | 地震動・津波予測のための破壊過程を考慮した海溝型地震の統一断層モデルに関する研究
Study on a unified fault model for ground motion and tsunami prediction considering the rupture process of subduction zone earthquakes |
| | ◎五熊大・松島信一
◎Hiro ITSUKUMA・Shinichi MATSUSHIMA |
| ★P40 | Rate- and Roughness-Dependent Fault Constitutive Law and Dynamic Earthquake Sequence Simulation |
| | ◎Reiju NORISUGI・Hiroyuki NODA |
| ★P41 | GNSSデータを用いた日向灘におけるプレート間固着状況の推定
Estimation of interplate coupling in the Hyuga-nada using GNSS data |
| | ◎小松理子・西村卓也・松島健・廣瀬仁
◎Riko KOMATSU・Takuya NISHIMURA・Takeshi MATSUSHIMA・Hitoshi HIROSE |
| ★P42 | Long-duration Signal Generated by Volcanic Activity at Nishinoshima Detected by Dense OBS Array Observation at Hyuga Nada |
| | ◎Shukei OHYANAGI・Yusuke YAMASHITA・TakeshiAKUHARA・Yasunori SAWAKI・Yoshihiro ITO・Tomoaki YAMADA・Masanao SHINOHARA |
| ★P43 | 沖縄本島におけるSSE検出の試み
An Attempt to Detect SSEs around Okinawa Island |
| | ◎畔蒜尚幸・西村卓也・宮崎真一・松島健
◎Naoyuki ABIRU・Takuya NISHIMURA・Shin’ichi MIYAZAKI・Takeshi MATSUSHIMA |
| ★P44 | 庄内平野における地下構造推定のための微動水平上下スペクトル比とレイリー波位相速度の同時インバージョン解析
Joint Inversion of Microtremor Horizontal-to-Vertical Spectral Ratio and Rayleigh Wave Phase Velocity for Subsurface Structure Estimation in the Shonai Plain |
| | ◎山本耕平・松島信一・長嶋史明・周宇廷・ティンザーヤダナー・五熊大・按田悠・山中宏起
◎Kohei YAMAMOTO・Shinichi MATSUSHIMA・Fumiaki Nagashima・Yuting CHOU・Thinzar YADANAR・Hiro ITSUKUMA・Yu ANDA・Hiroki YAMANAKA |
| ★P45 | 地形・重力異常から読み解く沈み込みの帯の多様性
Diversity of Subduction Zones Interpreted from Topography and Gravity Anomalies |
| | ◎西沢貴志・深畑幸俊
◎Takashi NISHIZAWA・Yukitoshi FUKAHATA |
| ★P46 | ゲレロ地震空白域南東部におけるテクトニック微動の震源決定と手法の比較
Location of tectonic tremors in the southeastern Guerrero seismic gap and a comparison of location methods |
| | ◎国吉健太郎・伊藤喜宏・大柳修慧・Raymundo PLATA-MARTINEZ・西川友章・伊藤悠太・Ketzallina FLORES・Yanhan CHEN・Emmanuel Soliman GARCIA・Victor Manuel CRUZ-ATIENZA
◎Kentaro KUNIYOSHI・Yoshihiro ITO・Shukei OHYANAGI・Raymundo PLATA-MARTINEZ・Tomoaki NISHIKAWA・Yuta ITO・Ketzallina FLORES・Yanhan CHEN・Emmanuel Soliman GARCIA・Victor Manuel CRUZ-ATIENZA |
| ★P47 | 房総半島沖における群発地震検出と小規模なスロースリップとの関連の調査
Detection of Earthquake Swarms Off the Boso Peninsula and Investigation of the Association with Small Slow Slip Events |
| | ◎吉村嶺・西川友章・西村卓也
◎Ryo YOSHIMURA・Tomoaki NISHIKAWA・Takuya NISHIMURA |
| ★P48 | 日本海溝の岩手沖におけるテクトニック微動に伴う地震活動の活発化の定量化
Quantification of Fast-Earthquake Activation Following Tectonic Tremors in the Iwate-Oki Region of the Japan Trench |
| | ◎伊藤悠太・西川友章・伊藤喜宏・大柳修慧
◎Yuta ITO・Tomoaki NISHIKAWA・Yoshihiro ITO・Shukei OHYANAGI |
| ★P49 | 統計モデルを用いた大地震前の前震活動加速現象に関する全世界的調査
Global Investigation of Foreshock Acceleration prior to Large Earthquakes |
| | ◎小山凱・西川友章・西村卓也
◎Kai KOYAMA・Tomoaki NISHIKAWA・Takuya NISHIMURA |
| ★P50 | Estimated Peak Ground Velocity Variability in the Kyoto Basin from Scenario Earthquakes on the Hanaore Fault |
| | ◎Thinzar Yadanar・Shinichi MATSUSHIMA・Fumiaki NAGASHIMA |
| ★P51 | 琵琶湖沿岸域における地震災害による水中遺跡形成のメカニズム分析：グローバルな事例に基づく検討
Mechanism Analysis of Underwater Ruins Formation Due to Earthquake Disasters in the Coastal Area of Lake Biwa: A Comparative Study with Global Cases |
| | ◎銭玉・山崎新太郎
◎Yu QIAN・Shintaro YAMASAKI |
| ★P52 | 波形相関を用いた紀伊半島南東沖における超低周波地震の検出
Detection of Very Low-Frequency Earthquakes off the Southeast Coast of the Kii Peninsula Using Waveform Correlation |
| | ◎石原祐太朗・伊藤喜宏
◎Yutaro ISHIHARA・Yoshihiro ITO |
