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| P01 | ネットワーク機能を有しない観測機器を対象としたオンライン化システムの開発
Development of the online system for observation equipment without network functionality |
| | ○山崎友也・吉村令慧
○Tomoya YAMAZAKI・Ryokei YOSHIMURA |
| P02★ | 常時微動探査から推定される地盤構造と2018年大阪府北部の地震における茨木市の被害分布との関係
Relationship between Subsurface Structures Estimated from a Microtremor Survey and Damage Distribution in Ibaraki City during the 2018 Northern Osaka Earthquake (Mw5.6) |
| | ○後藤彰太・後藤浩之
○Shota GOTO・Hiroyuki GOTO |
| P03 | 全学共通科目「地球科学実験」の現状と展望
Current Situation and Outlook on Liberal Arts and Sciences Course "Experimental Practice of Earth Science" at Kyoto University |
| | ○加藤護・小木曽哲・石村豊穂・藤井悠里・桑野太輔・佐藤瑞穂
○Mamoru KATO・Tetsu KOGISO・Toyoho ISHIMURA・Yuri FUJII・Daisuke KUWANO・Mizuho SATO |
| P04 | High-Velocity Friction Experiments for Samples of Various Size: Scale Effect in the Critical Slip Rate for Dynamic Weakening
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| | ○Hiroyuki NODA・Kiyokazu OOHASHI
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| P05 | 京都盆地の南西縁を限る男山断層の南北への連続性と第四紀後期の活動性
Northern and southern extension and late Quaternary activity of the Otokoyama fault at the southwestern margin of the Kyoto basin |
| | ○堤 浩之・増田富士雄・岩田知孝・浅野公之・田中里志
○Hiroyuki TSUTSUMI・Fijio MASUDA・Tomotaka IWATA・Kimiyuki ASANO・Satoshi TANAKA |
| P06 | 地震・津波波源推定に向けたプレート間摩擦強度測定のための反射および透過SH波振幅
Reflected and Transmitted SH Wave Amplitudes to Observe Inter-Plate Frictional Strength toward Estimating Seismogenic and Tsunamigenic Source |
| | 宮澤理稔
Masatoshi MIYAZAWA |
| P07 | Statistical Models for Activity of Low-frequency Earthquakes
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| | Tomoaki NISHIKAWA
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| P08 | Machine Learning Predicts Laboratory Earthquakes in a Meter-scale Rock-friction Experiment
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| | Reiju NORISUGI・○Yoshihiro KANEKO・Bertrand ROUET-LEDUC
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| P09★ | ETASモデルとAICを用いた群発地震検出手法開発の試み
A preliminary attempt to develop an earthquake swarm detection method using the ETAS model and AIC |
| | ○吉村嶺・西川友章・西村卓也
○Ryo YOSHIMIRA・Tomoaki NISHIKAWA・Takuya NISHIMURA |
| P10★ | Comparison between Physics- and Empirical-based Ground Motion Predictions for Hanaore Fault in Kyoto Basin
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| | ○Thinzar YADANAR・Soichiro KUNO・Yuting CHOU・Fumiaki NAGASHIMA・Shinichi MATSUSHIMA
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| P11★ | 並進及び回転の6成分微動波形を用いた地盤構造同定
Study on the Application of Translational and Rotational Microtremor to Subsurface Structure Estimation |
| | ○Yuting CHOU・長嶋史明・松島信一
○Yuting CHOU・Fumiaki NAGASHIMA・Shinichi MATSUSHIMA |
| P12★ | Bayesian Optimization Approach for Parameter Calibration of Constitutive Models in Liquefaction Analysis
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| | ○GYUCHAN Choi・UEDA Kyohei・UZUOKA Ryosuke
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| P13★ | Experimental Investigation of Seismic Response on Adjacent Structures due to Structure-Soil-Structure Interaction
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| | ZHANG ZHUOCHENG
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| P14★ | Infiltration Analysis of Unsaturated Soil Slope
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〇Yeshey CHODEN・Sanchitha JAYAKODY・Ryosuke UZUOKA・Kyohei UEDA
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| P15★ | Microscopic Study of Factors Affecting Liquefaction Strength during Anisotropic Consolidation
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| | Yusong HAN
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| P16★ | Theoretical Modeling of Detrital 10Be Dilution for Evaluating the Role of Coseismic Landslides in Denudation of an Active Orogen
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| | ○Jiajun PENG・Yuki MATSUSHI・Hiroyuki MATSUZAKI
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| P17 | 土砂災害のサイレントキラーとなる地震による地表変状ー鶴岡市西目地区を例として－
Earthquake-Induced Surface Deformation as a Silent Killer of Landslide -A Case Study of Nishime, Tsuruoka, Yamagata- |
| | ○古谷元・齊藤隆志
○Gen FURUYA・Takashi SAITO |
| P18 | 侵食量に着目した土砂流動モデルによる被害範囲の予測
Prediction of the Extent of Damage Using a Sediment Flow Model Focused on the Amount of Erosion |
| | ○筒井和男・齊藤隆志
○Kazuo TSUTSUI・Takashi SAITO |
| P19 | Revealing a Possible Shear Strength Weakening Mechanisms Based on Microscopic Insights from Ring Shear Tests
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| | ○Shengshan WU・Gonghui WANG
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| P20 | Art Innovation Research result 2022-2023
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| | ○Naoko TOSA・Yunian PANG・Ryohei NAKATSU・Yuya AMO・Yusuke TAKIKAWA・Chidori NISHIMURA・Go KAZAWA
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| P21 | 自然災害に起因する停電時の電気自動車による移動と住宅給電：選択実験による実証研究
Traveling or powering houses with electric vehicles during natural hazard-triggered blackouts: A choice experiment approach |
| | ○小谷仁務・山嵜渉太・中野一慶・松島格也
○Shota YAMAZAKI・Hitomu KOTANI・Kazuyoshi NAKANO・Kakuya MATSUSHIMA |
| P22 | 地域防災における住民と専門家の関係性ー日台比較研究を通じて
A Comparative Study from Japan and Taiwan of the Relationship between Residents and Experts in Community Disaster Preparedness |
| | ○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 |
| P23★ | A Precipitation Event Extraction Method for Processing 5-km d4PDF and Developing High-resolution National Discharge Quantile Maps
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| | ○Jiachao CHEN・Takahiro SAYAMA
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| P24 | Economic Loss Estimation using Electricity Consumption and Nighttime Light Data
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| | ○Ma. Flordeliza DEL CASTILLO・Toshio FUJIMI・ Hirokazu TATANO
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| P25★ | 微動のアレイ観測および単点観測記録に基づく庄内平野の地盤構造推定
Estimation of the subsurface structure of Shonai Plain besed on array and single point microtremor observation records |
| | ○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
○Kohei YAMAMOTO・Shinichi MATSUSHIMA・Fumiaki Nagashima・Yuting CHOU・Thinzar YADANAR・Hiro ITSUKUMA |
| P26★ | Focal Mechanisms estimation of Earthquakes Occurred on October 19, 2022, Kyoto Nishiyama Fault Zone, with Distributed Acoustic Sensing
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| | ○Yuki FUNABIKI・Masatoshi MIYAZAWA
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| P27 | Identification of Possible Tsunami Earthquakes along the Mexican Subduction Zone
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| | ○Ketzallina FLORES・Yoshihiro ITO
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| P28★ | 沈み込み帯の多様性に関する洞察
Insights into subduction zones diversity |
| | ○西沢貴志・深畑幸俊
○Takashi NISHIZAWA・Yukitoshi FUKAHATA |
| P29★ | アラスカ州コディアック島周辺の長期的スロースリップイベント
Long-Term Slow Slip Events Around Kodiak Island, Alaska |
| | ○岡田悠太郎・西村卓也・Jeffrey T. FREYMUELLER
○Yutaro OKADA・Takuya NISHIMURA・Jeffrey T. FREYMUELLER |
| P30 | 桜島火山におけるキャンペーン相対重力測定（2023年度）
Campaign Relative Gravity Measurements at Sakurajima Volcano in FY2023 |
| | ○風間卓仁・山本圭吾・岡田和見・大島弘光・大柳諒・小濱瑞希・竹中悠亮・井口正人
○Takahito KAZAMA・Keigo YAMAMOTO・Kazumi OKADA・Hiromitsu OSHIMA・Ryo OYANAGI・Mizuki KOHAMA・Yusuke TAKENAKA・Masato IGUCHI |
| P31 | 沈み込み帯の⽕⼭形成メカニズムの解明 -異なる島弧の⽐抵抗構造の不均質性⽐較-
Comparison of Heterogeneity in Resistivity Structure Models beneath Island Arcs for Elucidating the Mechanism of Volcano Formation in Subduction Zones |
| | 畑真紀
Maki HATA |
| P32 | 精密水準測量による桜島火山の地盤上下変動（2023年11月測量の結果）
Vertical Ground Deformation of Sakurajima Volcano Measured by Precise Leveling Survey (Results of the November 2023 Survey) |
| | ○山本圭吾・松島健・吉川慎・内田和也・井上寛之・園田忠臣・竹中悠亮・岡田和見・上土井歩佳・滿永大輔・田町勇気・久保武史・佐藤直生・塚口正臣・谷田部史尭・小澤大輝・大倉敬宏
○Keigo YAMAMOTO・Takeshi MATSUSHIMA・Shin YOSHIKAWA・Kazunari UCHIDA・Hiroyuki INOUE・Tadaomi SONODA・Yuusuke TAKENAKA・Kazumi OKADA・Ayuka JYOUDOI・Daisuke MITSUNAGA・Yuki TAMACHI・Takeshi KUBO・Sunao SATO・Masaomi TSUKAGUCHI・Fumiaki YATABE・Daiki OZAWA・Takahiro OHKURA |
| P33 | 位相シフト光干渉法を用いた振動観測システムを用いた火山観測
Volcano Observation Using a Multi-Channeled Seismometer System with Phase-Shifted Optical Interferometry |
| | ○中道治久・平山義治（白山工業株式会社）
○Haruhisa NAKAMICHI・Yoshiharu HIRAYAMA (Hakusan Corporation) |
| P34★ | 1975年～1992年の相対重力データで明らかになった桜島火山直下の質量増加：火山ガス観測データに基づく考察
Magma mass increase under Sakurajima Volcano during the eruptive period from 1975 to 1992, as revealed by repeated relative gravity measurements |
| | ○大柳諒・風間卓仁・風早竜之介・宮城磯治・山本圭吾・井口正人
○Ryo OYANAGI・Takahito KAZAMA・Ryunosuke KAZAHAYA・Isoji MIYAGI・Keigo YAMAMOTO・Masato IGUCHI |
| P35 | Characterizing Types of Rainfall Prone to Sediment Disasters and Their Future Change in the Rokko Mountain
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| | ○Ying-Hsin WU・Yukari NAKA・Eiichi NAKAKITA
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| P36★ | 大阪中心部における夏季午後の降雨に対する熱フラックス改変実験
The urban impact on rainfall occurring in the Osaka Plain on summer afternoons |
| | ○入江健太・竹見哲也
○Kenta IRIE・ Tetsuya TAKEMI |
| P37 | Extreme Summer Monsoon Precipitation over Western Japan and Pacific Temperature Variability
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| | ○Shao-Yi LEE・Tetsuya TAKEMI
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| P38★ | 2018年台風Jebiに対する海洋応答および波浪効果の影響
The Impacts of Ocean Cooling and Ocean Surface Waves on Typhoon Modeling for 2018 Typhoon JEBI |
| | ○飯田康生・森信人・志村智也・宮下卓也
○Koki Iida・Nobuhito Mori・Tomoya Shimura・Takuya Miyashita |
| P39 | 日本全国流出氾濫モデルへの合流点水門の導入と氾濫再現性への影響評価
Integration of Backwater Prevention Watergates into Nationwide RRI Model: How-To and its Effect on Flood Characteristics |
| | ○山田真史・佐山敬洋
○Masafumi YAMADA・Takahiro SAYAMA |
| P40 | 2023年台風7号における佐治川ダムの治水操作と下流河道の災害の特徴
Notable Features of Flood Control by Sajigawa Dam and Disasters in the Downstream Channel during the Typhoon-23rd, 2023 |
| | ○小林草平・角哲也
○Sohei Kobayashi・Tetsuya SUMI |
| P41 | Impact the Qosh-Tepa canal in Afghanistan to the Downstream of the Amu Darya River Basin
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| | ○Temur KHUJANAZAROV・Yoshiya TOUGE・Kenji TANAKA
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| P42★ | Analysis of Climate Change Impacts on Vegetation Growth in the Aral Sea Basin: a Case Study in Uzbekistan
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| | ○Xue HU・Kenji TANAKA
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| P43★ | Assessment of the Flash Droughts in the Kashkadarya Region, Uzbekistan
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| | ○Valeriya RAKHMATOVA・Kenji TANAKA・Temur KHUJANAZAROV
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| 発表取下 |
Water-carbon-ecological Footprint Change Characteristics and Its Balance Analysis in the Nine Provinces of the Yellow River in China
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○ZHA Xianbao・HORI Tomoharu・YAMADA Masafumi |
| P45★ | 移動床水理実験に基づく海浜形状の季節的変化解明への試み
An Attempt to Elucidate Seasonal Changes in Beach Profile Based on Moving Bed Hydrodynamic Experiments |
| | ○齋藤有志・齋藤遼太・山上路生
○Yushi SAITO・Ryota SAITO・Michio SANJOU |
| P46★ | 小白川蛇行区間の氾濫原における水と土砂の氾濫による被災リスク
Damage risk due to water and sediment inundation in the floodplain of the meandering section of the Koshira River |
| | ○有本心・竹林洋史
○Kokoro ARIMOTO・Hiroshi TAKEBAYASHI |
| P47★ | 不均質堤体材料を用いた堤外流を考慮した越流破堤実験
Experiments on Overtopping-Induced Levee Breach Considering Heterogeneous Materials and River Flow |
| | ○大野峻聖・小柴孝太・山野井一輝・川池健司
○Shunsei ONO・Takahiro KOSHIBA・Kazuki YAMANOI・Kenji KAWAIKE |
| P48★ | 家屋に作用する氾濫流の流体力に関する基礎実験
Fundamental Experiment of Hydrodynamic Forces Acting on Buildings |
| | ○松井春樹・川池健司・山野井一輝・小柴孝太
○Haruki MATSUI・Kenji KAWAIKE・Kazuki YAMANOI・Takahiro KOSHIBA |
| P49 | 氾濫原における混合粒径材料を用いた土砂堆積実験
Sedimentation Experiment Using Mixed-Grain-Size Material on Flood Plain |
| | ○脇谷新・川池健司・山野井一輝・小柴孝太
○Arata WAKIYA・Kenji KAWAIKE・Kazuki YAMANOI・Takahiro KOSHIBA |
| P50★ | 焼岳噴火後の土石流発生ポテンシャル評価
Evaluation of Debris Flow Generation Potential after Mt. Yakedake's Eruption |
| | ○岩井智哉・宮田秀介・山野井一輝・藤田正治
○Tomoya IWAI・Syusuke MIYATA・Kazuki YAMANOI・Masaharu FUJITA |
| P51 | 実験的研究に基づく粘着性・⾮粘着性ラハールの数値モデルの開発
Modeling of Cohesive and Non-cohesive Lahars Based on an Experimental Study |
| | 〇常松佳恵・片岡香子・竹林洋史
○Kae TSUNEMATSU・Kyoko S. KATAOKA・Hiroshi TAKEBAYASHI |
