CiNii Articles - heavy rain

1

Formation Mechanism of a Stationary Line-Shaped Precipitation System in the Kinki District, Japan.—Case Study on 1 September 2015 Event—

MIN Kyeong-Seok , TSUBOKI Kazuhisa , YOSHIOKA Mayumi K. , MORODA Yukie , KANADA Sachie

… <p> A stationary line-shaped precipitation system (SLPS), which is one type of mesoscale convective systems (MCSs), is a typical heavy-rain-producing weather system formed during warm seasons in Japan. …

Journal of the Meteorological Society of Japan. Ser. II, 2021

J-STAGE
2

Rainfall Characteristics and their Environmental Conditions during the Heavy Rainfall Events over Japan in July of 2017 and 2018

UNUMA Takashi , TAKEMI Tetsuya

… <p> In July of 2017 and 2018, heavy rainfall events occurred, leading to significant damage in Japan. … This study investigated the rainfall characteristics and environmental conditions for these heavy rainfall events using rain intensity data from operational weather radars and mesoscale analysis data. … however, the contribution from the stronger rainfall types became larger than that from the weaker rainfall type in regions that experienced heavy rainfall. …

Journal of the Meteorological Society of Japan. Ser. II, 2021

J-STAGE
3

A study on estimating the economic damage to local economy by the disruption of the highway network caused by 2018-July Heavy rain [in Japanese]

神田佑亮

高速道路と自動車 = Expressways and automobiles 63(12), 63-66, 2020-12
4

Disaster Response Activities of N²EM During the Heavy Rain Event of August 2019 [in Japanese]

遊佐暁 , 岩井一朗 , 取出新吾

… As specific examples, we reported on activities to collect information on designated evacuation shelters during normal times, and disaster response activities during the heavy rain event of August 2019.(ONLINE先行公開につき、ページ数および発行年情報は仮のものになります。 …

主要災害調査 = Natural Disaster Research Report (56), 1-6, 2020-12

IR DOI
5

Quick Exposure Assessment of Flood Inundation : A Case Study of Hitoyoshi City in Kumamoto Prefecture, Japan

P.C. シャクティ , 平野洪賓 , 飯塚聡 , 三隅良平

… 利用プロファイル，建物，道路網の詳細な状況も推定しました．このようなタイプの推定情報は，緊急時対応の調整作業と情報に基づくリソースの割り当てに役立つと考えられます．開発したツールは，洪水の迅速な影響評価のために日本のどの都市にも適用できると考えられます．In recent years, heavy rain and associated flooding have triggered considerable damage to agricultural land, houses, and human life in many cities in …

防災科学技術研究所研究報告 = Report of the National Research Institute for Earth Science and Disaster Resilience (85), 1-11, 2020-12

IR DOI
6

Heavy rain damage to cultural properties in Chugoku and Shikoku regions and challenges against them [in Japanese]

吉田広

月刊考古学ジャーナル (747), 13-16, 2020-11
7

Development of Water Vapor Lidar and Observational Studies for Heavy Rain Prediction [in Japanese]

酒井哲 , 吉田智 , 永井智広 , 小司禎教

レーザー研究 = The review of laser engineering : レーザー学会誌 48(11), 595-598, 2020-11
8

Estimation of rainfall and sediment movement time series during heavy rain in northern Kyushu in July 2017 [in Japanese]

西内卓也 , 菊井稔宏 , 長井義樹 , 小林拓也 , 國田佳穂

新砂防 = Journal of the Japan Society of Erosion Control Engineering : 砂防学会誌 73(4), 23-28, 2020-11
9

An effective method for identifying disaster risks posed by heavy rain [in Japanese]

野村昌宏 , 大窪克己

検査技術 25(11), 5-10, 2020-11
10

Effect of Asahi River Floodway in Heavy Rain in July 2018 and Future Flood Control Measures [in Japanese]

横林直樹

河川 76(10), 7-11, 2020-10
11

Damage to Power Supply Facilities and Power Outages due to Typhoon Faxai (TY1915) [in Japanese]

永田茂 , 丸山嘉久 , 鈴木進吾 , 須藤三十三 , 清水慎吾 , 吉森和城 , 遊佐暁 , 取出新吾

… データ，東京電力パワーグリッドの停電履歴の公開データに加え，災害時情報集約支援チームISUTによる倒木データ，独自に実施した風況再現結果を用いて送配電設備の被害と停電発生の状況に関する定量的な分析結果を取りまとめた．In Typhoon Faxai (TY1915) that landed on the Kanto region in September 2019, strong winds and heavy rain caused damage such as breakage and collapse of two steel towers and 1,996 power poles in the jurisdiction of …

主要災害調査 = Natural Disaster Research Report (57), 1-10, 2020-10

IR DOI
12

Estimation of spatial and temporal distribution of sediment movement and evacuation in the northern Kyushu heavy rain in July 2017 [in Japanese]

厚井高志 , 長井義樹 , 菊井稔宏 , 小林拓也 , 大野宏之 , 城ヶ崎正人 , 野呂智之 , 水野秀明 , 田中淳

新砂防 = Journal of the Japan Society of Erosion Control Engineering : 砂防学会誌 73(3), 54-59, 2020-09
13

DETERMINING FACTORS OF PEOPLE'S IMPRESSIONS FOR THE TEXTURE OF FALLING RAINWATER WHEN VIEWED FROM A SPACE UNDER AN EAVE [in Japanese]

KUMAZAWA Takayuki , KAWAKATSU Mika , ARISUMI Ryuichi

… that is, 4.9 mm/h (normal rain), 16.0 mm/h (slightly heavy rain), 22.9 mm/h (strong rain), and 41.1 mm/h (heavy rain). …

Journal of Architecture and Planning (Transactions of AIJ) (775), 1909-1919, 2020-09

J-STAGE AIJ
14

Statistical Analysis of Spatio-Temporal Structure of Localized Heavy Rain by Using High Resolution Precipitation Nowcasts [in Japanese]

佐々木真 , 荒川弘之 , 杉田暁 , 伊藤公孝

… We analyze a set of observation data of high resolution Precipitation Nowcasts on localized heavy rains to extract their spatio-temporal structures. … For the analyzed data, the heavy rains prone to occur on the Pacific region and to propagate northeast ballistically. …

九州大学応用力学研究所所報 (158), 1-5, 2020-09

IR
15

Sharing of Remote Sensing Data and Related Information Products in the Heavy Rain Event of August 2019 [in Japanese]

田口仁 , 長井正彦 , 格内俊一 , 平春 , 酒井直樹

… 情報プロダクツ生成の重要性，リモートセンシングデータを一元化し情報プロダクツを共有するシステムの必要性，リモートセンシングデータ整理手法の必要性を指摘した．;In this paper, the authors reported that the SIP-NR2 team centralized remote sensing data such as satellite data and provided information products and shared to the NIED Crisis Response Site (NIED-CRS) and the Information Support Team (ISUT) in disaster response of the Heavy Rain Event of August …

主要災害調査 = National Disaster Research Report (56), 1-12, 2020-09

IR DOI
16

Quick Estimation Method of Flood Inundation Mapping using Single Point Information [in Japanese]

出原彰雄 , 平野洪賓

… In this study, we present a quick estimation approach of inundation extent and floodwater depth over the Mabi-cho region, Kurashiki City, Okayama Prefecture, where was severely flooded during the Heavy Rain Event of July 2018 in Japan. …

防災科学技術研究所研究報告 = Report of the National Research Institute for Earth Science and Disaster Resilience (85), 1-12, 2020-09

IR DOI
17

Evacuation Activity Due to the Explosion of an Aluminum Factory Caused by the Heavy Rain Event of July 2018 [in Japanese]

荒木裕子

火災 : 日本火災学会誌 70(4), 22-27, 2020-08
18

Heavy Rain Countermeasures with Rainwater Storage Function in Paddy Area [in Japanese]

西小野康平 , 谷口智之 , 凌祥之

水土の知 : 農業農村工学会誌 88(8), 635-638, 2020-08
19

Characteristics of flood damage due to heavy rain in Hitoyoshi City and Kuma Village, Watari district, Kumamoto Prefecture [in Japanese]

内山庄一郎 , 檀上徹

熊本県人吉市および球磨村渡地区は、同県南部を西流する球磨川流域の人吉盆地に位置する。この地域の上流側にある6 つのアメダス観測点では、2020 年7 月3 日から4 日までの48 時間で、418.5mm から497.0mm の雨量が記録された。これは、人吉市総合防災マップ（人吉市、2017）の浸水想定における雨量（48 時間で440mm）と同規模であった。7 月3 日明け方から降り始めた雨は、7 …

災害調査速報, 1-19, 2020-07-14

IR DOI
20

A Study on Rapid Estimation of Inundation Area and Flood Depth during Heavy Rain Disaster Using Satellite SAR [in Japanese]

本田謙一 , 泉祐輔 , 引地慶多 , 虫明成生 , 浅田典親 , 津野浩一

日本リモートセンシング学会誌 = Journal of the Remote Sensing Society of Japan 40(3), 158-162, 2020-07

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