京都大学防災研究所年報 第61号 Aへ
To DPRI Annuals, No. 61 A
京都大学防災研究所年報 第61号 B
DPRI Annuals, No. 61 B
| 表紙 | |||||||
| 目次 | |||||||
| Preliminary Survey on Heatwave Perception and Private and Public Heatwave Management Strategies - A case study in Bordeaux, France - | 233 | ||||||
| Florence LAHOURNAT | |||||||
 | heatwave, risk perception, risk management, public policy | ||||||
| Estimation of The Strong Motions at Mashiki Town, Kumamoto, During The 2016 Kumamoto Earthquake, Based on Microtremor Horizontal-to-Vertical Spectral Ratios | 238 | ||||||
| Jikai SUN, Hiroshi KAWASE and Fumiaki NAGASHIMA | |||||||
| MHVR, pEHVR, velocity structure, equivalent linear analysis method | ||||||
| Stakeholder Input for a Common, Global, Comprehensive Risk Management Framework for Industrial Parks to Manage Risks from Natural Hazards | 247 | ||||||
| Maria Camila SUAREZ-PABA, Ana Maria CRUZ and Felipe MUNOZ-GIRALDO | |||||||
| Disaster Risk Management, Natural hazards, Natech scenarios, comprehensive framework. | ||||||
| 商店街における災害時の住民への食料提供と空きスペースの避難所利用の可能性に関する調査研究：神戸市長田区の商店街を対象として The Potential of a Shopping Street to Serve as a Food Distribution Place and an Evacuation Shelter at the Time of Disaster: Case Study of Nagata Ward, Kobe, Japan | 255 | ||||||
| 小谷仁務・横松宗太・伊藤秀行 Hitomu KOTANI, Muneta YOKOMATSU and Hideyuki ITO | |||||||
| 店舗在庫, 避難所, 商店街, 災害救援物資, 神戸市長田区, 調査研究 retail-store inventory, evacuation shelter, shopping street, disaster relief goods, Nagata Ward, Kobe, survey analysis | ||||||
| Evaluation of Deep S-wave Velocity Profiles in Sagaing City, Myanmar from Long-Period Microtremor Array Records | 272 | ||||||
| Phyoe Swe AUNG, Hiroshi KAWASE, Shinichi MATSUSHIMA, Fumiaki NAGASHIMA, Tun NAING and Myo THANT | |||||||
| Array measurement, Phase Velocity, Shear Wave Velocity, MHVR, pEHVR, EMR | ||||||
| 1988年から2016年までに観測された強震記録から分離したサイト特性に関する研究 A Study on the Site Amplifications Estimated by Generalized Inversion Technique | 282 | ||||||
| 仲野健一・川瀬 博・松島信一 Kenichi NAKANO, Hiroshi KAWASE and Shinichi MATSUSHIMA | |||||||
| スペクトルインバージョン, 強震観測記録, サイト特性 generalized inversion technique, strong motion record, site amplification | ||||||
| Global Distribution of Tectonic Plates Revealed by the Cluster Analysis of Geodetic Data in the Angular Velocity Space | 301 | ||||||
| Tomohisa OKAZAKI, Atsushi TAKAHASHI, Koh TAKEUCHI, Tomoharu IWATA and Yukitoshi FUKAHATA | |||||||
| Plate tectonics, Cluster analysis, Euler vector, GNSS data | ||||||
| 桜島火山昭和火口で発生する火砕流の特徴 Characteristics of Pyroclastic Flow at Sakurajima Volcano’s Showa Crater | 312 | ||||||
| 為栗 健・井口正人 Takeshi TAMEGURI and Masato IGUCHI | |||||||
| 桜島火山, 火砕流, 前駆地震, 地盤変動 Sakurajima volcano, pyroclastic flow, precursory earthquake, ground deformation | ||||||
| 2017年8月桜島溶岩噴泉活動に伴う地震活動及び地盤変動 Seismicity and Ground Deformation Associated with Fountain Lava at Sakurajima | 318 | ||||||
| 井口正人・中道治久・為栗 健・堀田耕平・園田忠臣 Masato IGUCHI, Haruhisa NAKAMICHI, Takeshi TAMEGURI, Kohei HOTTA and Tadaomi SONODA | |||||||
| 桜島, 溶岩噴泉, 噴火, チャギング Sakurajima, Lava fountain, Eruption, chugging event | ||||||
| 2017年の南岳爆発に前後する傾斜ひずみ変化 Tilt and Strain Change Before and After the Explosion at Minami-dake,Sakurajima, in 2017 | 324 | ||||||
| 堀田耕平・井口正人 Kohei HOTTA and Masato IGUCHI | |||||||
| 桜島火山, 南岳爆発, 地盤変動, 傾斜ひずみ Sakurajimavolcano,Explosion at Minami-dake, ground deformation, Tilt and Strai | ||||||
| 桜島火山における繰り返し相対重力測定（2017年5月～2018年2月） Repeated Relative Gravity Measurements in Sakurajima Volcano (May 2017-February 2018) | 330 | ||||||
| 風間卓仁・山本圭吾・平良真純・大島弘光・前川徳光・岡田和見・園田忠臣・井口正人 Takahito KAZAMA, Keigo YAMAMOTO, Masumi HIRAYOSHI, Hiromitsu OHSHIMA, Tokumitsu MAEKAWA, Kazumi OKADA, Tadaomi SONODA and Masato IGUCHI | |||||||
| 桜島火山, 相対重力, 質量移動, 地殻変動, 陸水擾乱 Sakurajima Volcano, relative gravity, mass redistribution, crustal deformation, hydrological disturbance | ||||||
| 南九州の火山における小型Xバンド偏波レーダーの展開と噴火観測事例 Deployment of Small-size X-band Multi-parameter Radars near Volcanoes in Southern Kyushu, Japan and Observation of Eruption Plumes | 337 | ||||||
| 中道治久・井口正人・下村 誠・竹中悠亮 Haruhisa NAKAMICHI, Masato IGUCHI, Makoto SHIMOMURA and Yuusuke TAKENAKA | |||||||
| 噴火, 気象レーダー, Xバンド, レーダー反射強度, 噴煙高度, 南九州 eruption, weather radar, X-band, reflectivity, plume height, southern Kyushu | ||||||
| 二酸化硫黄放出率の自動計測化へ向けた実証実験―火山ガス拡散モデルからの二酸化硫黄放出率推定の試み― Demonstration Experiment towards Automatic Measurement of the SO2 Emission Rate | 344 | ||||||
| 森 健彦・篠原英一郎・菅井 明・滿永大輔・橋本明弘・山本圭吾 Takehiko MORI, Eiichirou SHINOHARA, Akira SUGAI, Daisuke MITUNAGA, Akihiro HASHIMOTO and Keigo YAMAMOTO | |||||||
| 二酸化硫黄放出率, 火山活動評価, 自動計測, 拡散モデル SO2 emission rate, Estimating volcanic activity, automatic measurement, diffusion model | ||||||
| 霧島火山群周辺の表層電気伝導度分布と火山活動 Distribution of Electrical Conductivity in the Surface Layer around Kirishima Volcanic Group and its Volcanic Activity | 351 | ||||||
| 鍵山恒臣・吉川 慎 Tsuneomi KAGIYAMA and Shin YOSHIKAWA | |||||||
| 霧島火山群, 地熱活動, 断層 Kirishima Volcanic Group, geothermal activity, fault | ||||||
| エチオピア・アファール凹地，海洋底拡大軸域での地球電磁気学的探査 On-land Geo-electromagnetic Research at a Subaerial Sea-floor Spreading Center of the Divergent Plate Boundary in Afar Depression, Ethiopia | 356 | ||||||
| 石川尚人・吉村令慧・Tesfaye KIDANE・加々島慎一・東野伸一郎・Ameha. M. MULUNEH・望月伸竜・北川桐香・乙藤洋一郎・小原徳昭・船木 實・小木曽哲 Naoto ISHIKAWA, Ryokei YOSHIMURA, Tesfaye KIDANE, Shinichi KAGASHIMA, Shin-ichirou HIGASHINO, Ameha. M. MULUNEH, Nobutatsu MOCHIZUKI, Kirika KITAGAWA, Yo-ichirou OTOFUJI, Noriaki OBARA, Minoru FUNAKI and Tetsu KOGISO | |||||||
| 磁気異常, 海洋底拡大, プレート拡大境界, 地球電磁気学的探査 magnetic anomaly, sea-floor spreading, divergent plate boundary, geo-electromagnetic survey | ||||||
| 冬季成層圏極渦に内在する予測障壁－2009・2010年の成層圏突然昇温の予測可能性比較－ On the Existence of the Predictability Barrier in the Wintertime Stratospheric Polar Vortex: Intercomparison on the Predictability of the Two Stratospheric Sudden Warmings in 2009 and 2010 | 360 | ||||||
| 向川 均・野口峻佑・黒田友二・水田 亮・小寺邦彦 Hitoshi MUKOUGAWA, Shunsuke NOGUCHI, Yuhji KURODA, Ryo MIZUTA and Kunihiko KODERA | |||||||
| 成層圏突然昇温, 予測可能性, 力学的安定性 stratospheric sudden warming, predictability, dynamical stability | ||||||
| 動径基底函数を用いた球面螺旋浅水波モデル A Shallow-Water Model on Spherical Helix Nodes Using Radial Basis Functions | 366 | ||||||
| 榎本 剛 Takeshi ENOMOTO | |||||||
| 力学コア, 準一様節点, デカルト座標 dynamical core, quasi-homogeneous node, Cartesian co-ordinate | ||||||
| エル・ニーニョ時の対流圏上層の大気応答と日本の冬の寒暖の関係 The Relationship between Upper-level Atmospheric Responses and Japanese Winter Climate during El Nino | 372 | ||||||
| 塩崎公大・榎本 剛・高谷康太郎 Masahiro SHIOZAKI, Takeshi ENOMOTO and Kotaro TAKAYA | |||||||
| エル・ニーニョ, テレコネクション, 冬季気候 El Nino, Teleconnection, Winter climate | ||||||
| 低緯度におけるハリケーン強化過程のダウンスケール実験 Downscale Experiments of the Hurricane Intensification at Low Latitudes | 380 | ||||||
| 吉岡大秋・榎本 剛 Hiroaki YOSHIOKA and Takeshi ENOMOTO | |||||||
| 熱帯低気圧, ハリケーン, 強度, 傾度風平衡 Tropical Cyclone, Hurricane, Intensity, Gradient Wind Balance | ||||||
| 中立に近い大気境界層での風速変動 Wind Variation in the Near-Neutral Atmospheric Boundary Layer | 387 | ||||||
| 堀口光章 Mitsuaki HORIGUCHI | |||||||
| 大気境界層, 風速変動, ウィンドプロファイラ, 乱流混合 atmospheric boundary layer, wind variation, wind profiler, turbulent mixing | ||||||
| ドーム建物内における飛散物の動的空力特性の直接計測の試み Experiment of Direct Measuring of Aerodynamic Characteristics of Flying Debris in a Dome | 394 | ||||||
| 松居健人・丸山 敬・西村宏昭・野田 博・西嶋一欽 Kento MATSUI, Takashi MARUYAMA, Hiroaki NISHIMURA, Hiroshi NODA and Kazuyoshi NISHIJIMA | |||||||
| 飛散物, 空力特性, ブラフボディ, 自立型計測装置, 強風災害 flying debris, aerodynamic characteristics, bluff body, stand-alone measuring device, strong wind disaster | ||||||
| 熊本地震被災者生活支援システムの建物情報を用いた被害分析 Analysis of Building Damage Survey Caused by Kumamoto Earthquake (2016) Using Victims Master Database System | 403 | ||||||
| 友清衣利子・丸山 敬 Eriko TOMOKIYO and Takashi MARUYAMA | |||||||
| 平成28年熊本地震, 住宅被害, 家屋課税台帳, 災害リスク 2016 Kumamoto earthquake, residential damage, house tax roll, disaster risk | ||||||
| 免震ダンパーの交換を考慮した超高層免震建物の維持管理計画手法の確立に関する基礎的研究 Fundamental Study on Establishment of Maintenance Planning Method in High Rise Seismic Isolated Building Considering Replacement of Seismic Isolation Dampers | 411 | ||||||
| 佐藤大樹・西嶋一欽・吉敷祥一・馬橋聖生・団栗直希 Daiki SATO, Kazuyoshi NISHIJIMA, Shoichi KISHIKI, Sei MABASHI and Naoki DANGURI | |||||||
| 超高層免震, 台風, 維持管理計画, 疲労評価, ダンパー high rise seismic isolated building, typhoon, maintenance planning, fatigue evaluation, damper | ||||||
| ゲリラ豪雨の生起頻度へ大気安定度及び水蒸気流入量の気候変動に伴う将来変化が及ぼす影響 An Influence of Future Change of Atmospheric Stability and Vapor Inflow on Occurrence Frequency of Guerrilla-heavy Rainfall under Climate Change | 429 | ||||||
| 中北英一・橋本郷志・森元啓太朗・小坂田ゆかり Eiichi NAKAKITA, Goshi HASHIMOTO, Keitaro MORIMOTO and Yukari OSAKADA | |||||||
| 気候変動, ゲリラ豪雨, RCM05, 大気安定度, 水蒸気湿潤 climate change, guerrilla-heavy rainfall, RCM05, atmospheric stability, vapor invasion | ||||||
| 都市気象LES モデルと境界層レーダーを用いた大気境界層を突破する熱的上昇流の発見 Discovery of Thermals Breaking through Atmospheric Boundary Layer by Urban Meteorological Model Based on Large Eddy Simulation and Boundary Layer Radar | 448 | ||||||
| 山口弘誠・小西 大・土橋知紘・中北英一・山本真之・川村誠治・雨谷 純・杉谷茂夫・大東忠保・小川まり子 Kosei YAMAGUCHI, Dai KONISHI, Tomohiro TSUCHIHASHI, Eiichi NAKAKITA, Masayuki YAMAMOTO, Seiji KAWAMURA, Jun AMAGAI, Shigeo SUGITANI, Tadayasu OHIGASHI and Mariko OGAWA | |||||||
| 都市気象LES, 渦管, 大気境界層 urban meteorology based on LES model, vortex tube, atomospheric boundary layer | ||||||
| マルチ解像度RCMにおけるゲリラ豪雨の再現特性の解析及び生起頻度の将来変化推定 Analysis of the Reproduction Features of the Guerrilla-heavy Rainfall and Estimation of Future Changes of the Occurrence Frequency in Multi-resolution RCMs | 479 | ||||||
| 中北英一・森元啓太朗・野坂真也 Eiichi NAKAKITA, Keitaro MORIMOTO and Masaya NOSAKA | |||||||
| ゲリラ豪雨, 気候変動, RCM, SS, セル追跡アルゴリズム Guerrilla-heavy rainfall, climate change, RCM, SSI, cell-tracking algorism | ||||||
| Investigation of Relationship between RDCA Index Using Himawari-8 Data and Radar Estimated Hydrometeor Type aloft Considering the Stage of Cumulus Cloud | 500 | ||||||
| Wendi HARJUPA, Eiichi NAKAKITA, Yasuhiko SUMIDA and Aritoshi MASUDA | |||||||
| RDCA, GHR, baby-rain cell, RSO, Himawari-8, XRAIN | ||||||
| 領域気候モデルとd4PDFを用いた梅雨豪雨の将来変化に関するマルチスケール解析 Multiscale Analysis on the Future Change of Heavy Rainfall in Baiu Season Using Regional Climate Models and d4PDF | 507 | ||||||
| 中北英一・小坂田ゆかり Eiichi NAKAKITA and Yukari OSAKADA | |||||||
| 地球温暖化, 梅雨豪雨, 将来変化, マルチスケール解析 global warming, Baiu heavy rainfall, future change, multiscale analysis | ||||||
| 融解層高度以上の降水粒子の同化による線状降水帯の予測及び支配スケールの解析 Forecasting a Line- shaped Mesoscale Convective System: the Dominant Scale and a First Attempt to Assimilate Hydrometeors in the Melting Layer | 533 | ||||||
| 山口弘誠・堀池洋祐・中北英一 Kosei YAMAGUCHI, Yosuke HORIIKE and Eiichi NAKAKITA | |||||||
| データ同化, 線状降水帯, アンサンブル予測, Xバンドレーダー Data assimilation, Line-shaped rainband, Ensemble forecast, XRAIN | ||||||
| 夏季積乱雲発達初期の雲レーダー観測 Cloud Radar Observation for Initial Development Stage of Summer Cumulonimbus Clouds | 555 | ||||||
| 大東忠保・中北英一・山口弘誠・坪木和久 Tadayasu OHIGASHI, Eiichi NAKAKITA, Kosei YAMAGUCHI and Kazuhisa TSUBOKI | |||||||
| 積乱雲, 短時間強雨, 雲レーダー cumulonimbus clouds, short-time intense rainfall, cloud radar | ||||||
| A Transient Model for Shallow Groundwater Table Evolution in An Unconfined Sloping Aquifer Considering Variable Rainfall Recharge | 572 | ||||||
| Ying-Hsin WU and Eiichi NAKAKITA | |||||||
| groundwater table, unconfined aquifer, hillslope, numerical simulation, rainfall recharge, finite volume method | ||||||
| ドローンによる機動的大気環境観測手法の開発 Development of Flexible Observation Method Using Drone for Atmospheric Environmen | 582 | ||||||
| 佐々木寛介・志村智也・辻本浩史・井上 実・小林朋樹 Kansuke SASAKI, Tomoya SHIMURA, Hirofumi TSUJIMOTO, Minoru INOUE and Tomoki KOBAYASHI | |||||||
| ドローン, 気象観測, 火山観測, in situ測定 drone, weather observation, volcanic observation, in situ measurement | ||||||
| Nepal Landlideをもたらしやすいmonsoon循環 Monsoon Circulation that could Induce Landslides in Nepal | 589 | ||||||
| 谷田貝亜紀代・鈴木隆太郎・安藤千晶・Melanie FROUDE・David PETLEY・増田南波・千木良雅弘 Akiyo YATAGAI, Ryutaro SUZUKI, Chiaki ANDO, Melanie FROUDE, David PETLEY, Minami MASUDA and Masahiro CHIGIRA | |||||||
| Landslide, 精確な降水, ヒマラヤ山脈, モンスーン循環 landslides, accurate precipitation, Himalayas, monsoon circulation | ||||||
| 高知大学 MP レーダーネットワークによる降雨量推定の検証 Verification of Quantitative Precipitation Estimation by MP radar network of Kochi University | 596 | ||||||
| 西井 章・佐々浩司 Akira NISHII and Koji SASSA | |||||||
| XバンドMPレーダー, レーダーネットワーク, 降雨量推定 X-band polarimetric radar, Radar network, QPE | ||||||
| 小学校児童保護者を対象とした津波防災意識調査―白浜町西富田小学校での調査― Questionnaire Research on Disaster Prevention Consciousness of Tsunami Targeted at the Children's Parents of Nishi-Tonda Primary School in Shirahama Town | 602 | ||||||
| 馬場康之・小田裕矢・石垣泰輔・戸田圭一 Yasuyuki BABA, Yuya ODA, Taisuke ISHIGAKI and Keiichi TODA | |||||||
| 津波災害, 防災意識, アンケート調査, 小学校 tsunami disaster, public awareness of disaster prevention, questionnaire survey, primary School | ||||||
| 洪水ハザードマップと体験施設を用いた高校生の防災学習の試み Trial Study of High-school Students on Flood Disaster Mitigation Using the Flood Hazard Map and the Experimental Facilities | 615 | ||||||
| 川池健司・中川 一 Kenji KAWAIKE and Hajime NAKAGAWA | |||||||
| 洪水ハザードマップ, 防災学習, アンケート flood hazard map, study for disaster mitigation, questionnaire survey | ||||||
| Polder to De-polder: an Innovative Sediment Management in Tidal Basin in the Southwestern Bangladesh | 623 | ||||||
| Rocky TALCHABHADEL, Hajime NAKAGAWA, Kenji KAWAIKE and Md Shibly SADIK | |||||||
| beel, de-polder, polder, siltation, waterlogging | ||||||
| Disaster Management Strategy for Resilient Society-An Approach to Train Flood Management Stakeholders of Bangladesh | 631 | ||||||
| Gulsan PARVIN, Rajib SHAW and Kumiko FUJITA | |||||||
| Flood Management, Training, Stakeholders, Bangladesh | ||||||
| Measuring Progress of Recovery from People's Perception: A Study on Cyclone Aila Recovery in Koyra, Bangladesh | 637 | ||||||
| Md Shibly SADIK, Hajime NAKAGAWA, Rajib SHAW, Md Rezaur RAHMAN, Kenji KAWAIKE, Gulsan Ara PARVIN and Rocky TALCHABHADEL | |||||||
| Cyclone Aila, Humanitarian Aid, Recovery, Bangladesh, People’s perception | ||||||
| Defining Appropriate Boundary Conditions of Hydrodynamic Model from Time Series Data | 647 | ||||||
| SHAMPA, Yuji HASEGAWA, Hajime NAKAGAWA, Hiroshi TAKEBAYASHI and Kenji KAWAIKE | |||||||
| Brahmaputra-Jamuna River, randomness, dependency, trend and frequency distribution | ||||||
| Evolution of Alluvial Meandering Channels: Comparison between Laboratory Experiments and Natural Channels | 655 | ||||||
| Saroj KARKI, Hajime NAKAGAWA and Kenji KAWAIKE | |||||||
| alluvial rivers, meandering, bank erosion, channel migration, counter-measures, groynes | ||||||
| 流水中の人体が受ける流体力に関する実験的研究 Experimental Study on a Hydrodynamic Force on a Human Body in Flowing Water | 668 | ||||||
| 戸田圭一・岡本隆明・當麻泰史 Keiichi TODA, Takaaki OKAMOTO and Yasufumi TOUMA | |||||||
| 流水, 抗力係数, 座位, 立位, 着衣の影響, 水難事故危険状況 flood water, drag force coefficient, sitting position, standing position, effect of clothing, critical condition for drowning accident | ||||||
| 自律制御ボート型ロボットの開発と河川流速と水位の自動計測 Development of Autonomous Boat-type Robot and Automated Measurements of Velocity and Water Depth in Natural River | 675 | ||||||
| 山上路生・岡本隆明・戸田圭一 Michio SANJOU, Takaaki OKAMOTO and Keiichi TODA | |||||||
| ボート型自律制御ロボット, 自動流速計測, 河川観測技術 autonomous boat-type robot, automated velocity measurement, river observation technique | ||||||
| 九州北部豪雨における寺内ダムへの流木流入の実態とダム下流に対するその意義 Amount and Distribution of Drift Wood Retained in the Terauchi Dam Reservoir by a Severe Rainfall in Northern Kyushu and Its Effect on Downstream River Channel | 681 | ||||||
| 角 哲也・鈴木湧久・小木曽友輔・小林草平・竹門康弘・カントゥッシュ サメ Tetsuya SUMI, Waku SUZUKI, Yusuke OGISO, Sohei KOBAYASHI, Yasuhiro TAKEMON and Sameh KANTOUSH | |||||||
| 流木, 貯水池, 流木捕捉量, 流木サイズ, 画像分析, TELEMAC-2D, 橋梁閉塞 drift wood, reservoir, wood accumulation volume, wood size, image analysis, TELEMAC-2D, bridge clogging | ||||||
| 空間平均降水量極値の将来変化 Future Change in Extremes of Spatially Averaged Precipitation | 689 | ||||||
| 田中茂信 Shigenobu TANAKA | |||||||
| 気候変動, d4PDF, 空間平均降水量, 極値 climate change, d4PDF, spatially averaged rainfall, extremes | ||||||
| 模擬作成されたアンサンブル流入量予測情報の再現性－ダム洪水操作計画への適用に向けて－ Comparison of Generated Ensemble Inflow Prediction with Operational Prediction -Towards Application to Flood Control Operation of Reservoirs- | 696 | ||||||
| 野原大督・齋藤宏樹・Ratih Indri HAPSARI Daisuke NOHARA, Hiroki SAITO and Ratih Indri HAPSARI | |||||||
| アンサンブル予測, 模擬作成, 流入量, 誤差特性, ダム洪水操作 ensemble prediction, simulated generation, inflow, error characteristics, reservoir operation for flood management | ||||||
| Towards Development of Effective Decision Support Systems for Integrated Water Resources Planning and Management | 702 | ||||||
| Daisuke NOHARA, Philippe GOURBESVILLE and Qiang MA | |||||||
| DSS, IWRM, collaborative decision making, stakeholder, water efficiency, business process | ||||||
| ドローン熱画像撮影による砂州における伏流水湧出場の検出 Detection of Hyporheic Upwelling Flows Around Gravel Bars Using Drone and Thermography | 711 | ||||||
| 小林草平・角 哲也・竹門康弘 Sohei KOBAYASHI, Tetsuya SUMI and Yasuhiro TAKEMON | |||||||
| 河川, 砂州, 伏流水, 水温, 熱画像, ドローン rivers, gravel bars, hyporheic flows, water temperature, thermography, drone | ||||||
| Field Investigation on Wadi System in Arid Regions: Flash Flood Indicators and Sedimentation Impacts | 722 | ||||||
| Mohamed SABER, Sameh KANTOUSH, Tetsuya SUMI, Mohammed ABDEL-FATTAH, Tahani ALHARRASI, Takahiro KOSHIBA, Yusuke OGISO and Mahmood ALMAMARI | |||||||
| Wadi Flash Floods, Oman, field survey, Sedimentation, InSAR data, numerical modeling, satellite data, arid regions | ||||||
| Measuring Effect of Gravel Augmentation Using Radio Frequency Identification (RFID) in Mountainous Areas of the Trinity River, California | 732 | ||||||
| Kanta KANO, David GAEUMAN, Tetsuya SUMI and Yasuhiro TAKEMON | |||||||
| Trinity River Restoration Program (TRRP), RFID, PIT-tags, gravel augmentation, riverbed variation | ||||||
| 天竜川における濁質成分の流程変化に基づく砂州地形の濾過機能推定 Quantification of Filtering Efficiency of Sandbar Geomorphology Based on the Longitudinal Changes in Turbid Water Component in the Tenryu River | 739 | ||||||
| 高橋真司・兵藤 誠・谷高弘記・角 哲也・竹門康弘 Shinji TAKAHASHI, Makoto HYODO, Hiroki YATAKA, Tetsuya SUMI and Yasuhiro TAKEMON | |||||||
| 砂州地形, 変動面積量, 濾過効率, 濁度, 流下微粒状有機物 sandbar morphology, area variation, filtering efficiency, turbidity, suspended fine particulate organic matter | ||||||
| 伝統的河川工法「聖牛」に関する知見の整理と木津川における試験施工 A Review of Japanese Traditional River Works "Seigyu" and an Experimental Trial in the Kizu River | 748 | ||||||
| 田住真史・角 哲也・竹門康弘 Masafumi TAZUMI, Tetsuya SUMI and Yasuhiro TAKEMON | |||||||
| 聖牛, 牛, 伝統的河川工法, 水制, 木津川, 河床地形管理 crib spur, traditional river works, spur dikes, Kizu River, riverbed management | ||||||
| 河床表層の鉛直構造の変動を考慮した付着藻類現存量の変動予測 Predicting Algal Biomass Focusing on Vertical Riverbed Structure | 756 | ||||||
| 宮川幸雄・角 哲也・竹門康弘 Yukio MIYAGAWA, Tetsuya SUMI and Yasuhiro TAKEMON | |||||||
| 付着藻類, 河床, 露出高, 河床埋没度 attached algae, riverbed, exposed height, riverbed covered degree | ||||||
| Field Investigations on River Bed Changes and Salinity Intrusion along Tien and Hau Rivers in Vietnamese Mekong Delta Considering Upstream Dams’Impacts | 770 | ||||||
| Doan Van BINH, Sameh KANTOUSH, Tetsuya SUMI, Nguyen Phuong MAI and La Vinh TRUNG | |||||||
| River bed degradation, bank erosion, turbidity, VMD, salinity intrusion | ||||||
| 裏表紙 | |||||||