nkysdb: なかよし論文データベース

伊藤 誠記 様の 共著関連データベース

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+(A list of literatures under single or joint authorship with "伊藤 誠記")

共著回数と共著者名 (a list of the joint author(s))

19: 伊藤 誠記

6: 山﨑 隆幸, 平澤 良輔, 影山 大輔

5: 和田 佳記, 木村 隆行, 池島 剛, 清水 武志

4: 風見 健太郎

3: 吉野 孝彦

2: 因幡 直希, 杉本 宏之, 瀧口 茂隆, 牧野 裕至, 藤田 暁, 高田 望

1: 五百木 耕ニ, 五百木 耕二, 今森 直紀, 佐藤 保之, 内田 太郎, 合田 洋一, 土方 涼子, 奥山 悠木, 富田 陽子, 山越 隆雄, 平松 晋也, 後藤 健, 杉町 英明, 東 正昭, 松井 潤一, 森下 淳, 永島 弘士, 池淵 周一, 河口 京一郎, 田村 圭司, 田端 元, 矢野 敦久, 石川 敦代, 花岡 正明, 花木 勇太, 赤沼 隼一, 鈴木 啓介, 阿部 聡, 須田 明弘, 高畑 竣平, 鬼武 裕二

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発行年とタイトル (Title and year of the issue(s))

2005: 大沢崩れにおける新たな工法検討 [Net] [Bib] [Doi]

2007: 大沢崩れと富士山の土石流 [Net] [Bib]
Osawa Kuzure (failure) and debris flows in Mt. Fuji [Net] [Bib]

2017: 御荷鉾帯地すべり地の地下水電導度変動特性 [Net] [Bib]
Groundwater electric conductivity characteristics of landslide in the Mikabu belt [Net] [Bib]

2017: 御荷鉾帯地すべり地の基盤岩の溶出特性 [Net] [Bib]
Elution characteristics of landslide baserocks in the Mikabu belt [Net] [Bib]

2017: 御荷鉾帯地すべり地の水質特性（その3） [Net] [Bib]
Ground quality characteristics of landslide in the Mikabu belt (part 3) [Net] [Bib]

2018: 御荷鉾帯地すべり地の地下水電導度変動特性（その2） [Net] [Bib]
Groundwater electric conductivity characteristics of landslide in the Mikabu belt (part 2) [Net] [Bib]

2018: 御荷鉾帯地すべり地の水質特性（その4） [Net] [Bib]
Groundwater quality characteristics of landslide in the Mikabu belt (part 4) [Net] [Bib]

2018: 御荷鉾帯地すべり地の水質特性（その5） [Net] [Bib]
Groundwater quality characteristics of landslide in the Mikabu belt (part 5) [Net] [Bib]

2019: 微細地形の影響を考慮したメソαスケールの気象現象時間の降雨量予測に基づく土砂災害（土石流）警戒判定について [Net] [Bib] [Doi]
Assessment of a sediment disaster (debris flow) alert based on the raindall prediction of the meso α scale meteorological phenomenon time with the influence of the detailed topography taken into consideration [Net] [Bib] [Doi]

2020: 裸地斜面での凍結・融解に起因した土砂生産の実態把握と予測の試み [Net] [Bib] [Doi]
Study on understanding and prediction of sediment yield caused by freezingand thawing [Net] [Bib] [Doi]

2024: レーダ雨量観測網整備以前に土砂災害をもたらした豪雨の詳細な時空間分布の再現解析と被災地域での豪雨の要因解析の試み－天竜川上流域三六災害の事例－ [Net] [Bib] [Doi]
Analyzing the reproduction of detailed spatio temporal distribution of torrential rain that caused landslide disasters before the development of the radar rainfall observation network, and an attempt to analyze the causes of torrential rain in the affected areas The case of the 1961 disaster in the upper Tenryu River basin [Net] [Bib] [Doi]

2024: 二次火山泥流を対象とした被害範囲推定プログラムDFSSの開発(SVC27 07) [Net] [Bib]
Development of simulator for secondary volcanic lahars, DFSS (SVC27 07) [Net] [Bib]

2024: 令和6年能登半島地震による土砂災害発生状況についての調査報告 [Net] [Bib]
Report on Sediment Disasters Triggered by the 2024 Noto Peninsula Earthquake [Net] [Bib]

2024: 降灰後土石流の発生・流動推定手法の高度化に向けた取組み [Net] [Bib]
Recent Research Activities on Improving Estimation Methods for Post Ashfall Debris Flows [Net] [Bib]

2025: 二次元LiDARによる桜島・有村川における土石流の転波列の観測 [Net] [Bib]
Roll waves in debris flow observed by 2D LiDAR on Arimura River in Sakurajima Volcano [Net] [Bib]

2025: 令和6年9月奥能登豪雨による土砂災害発生状況についての調査報告 [Net] [Bib]
Report on Sediment Disasters Caused by Heavy Rains in Oku Noto Peninsula in September 2024 [Net] [Bib]

2025: 活火山の砂防に関する事業や技術基準の変遷 [Net] [Bib]
A Brief History of Volcanic Erosion Control [Net] [Bib]

2025: 火山灰の堆積厚が繰り返し降雨による浸透能の変化に与える影響の調査 [Net] [Bib]
Research on the Effect of Volcanic Ash Thickness on Changes in Infiltration Rate through Repeated Rainfall [Net] [Bib]

2025: 降灰後土石流の実例と火山砂防技術開発の推進 [Net] [Bib]
The actual examples of post ashfall debris flows and the advancement of technological development for volcanic erosion disaster prevention [Net] [Bib]