平成26年8月20日広島土砂災害被災者は何を語ったのか

広島平和科学 40 巻 95-115 頁 2019-03 発行
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タイトル ( jpn )
平成26年8月20日広島土砂災害被災者は何を語ったのか
タイトル ( eng )
What the Testimony of the Victims of 8.20 Hiroshima Sediment Disaster Reveals
作成者
湯淺 梨奈
収録物名
広島平和科学
Hiroshima Peace Science
40
開始ページ 95
終了ページ 115
収録物識別子
[PISSN] 0386-3565
[EISSN] 2434-9135
[NCID] AN00213938
抄録
Hiroshima has the highest risk of sediment disaster in Japan. On 20th August 2014, heavy rainfall during the night caused sudden debris flows at various sites in Hiroshima city, which resulted in a large number of casualties. Extreme rainfall during the few hours before the landslides caused muddy streams in front of residentsʼ homes, preventing them from escaping. The city heavily invested in disaster prevention measures after this experience, including research into the mechanism of sediment transport to mitigate the impact. However, in July 2018, Hiroshima citizens suffered another calamity from debris flows. This study examines the testimony given by the victims of the ʻ8.20 Hiroshima disasterʼ to clarify their perceptions of the disaster and how they wish to communicate it in their own words.
Testimonies by 145 victims were analysed using text-mining analytics and linguistic discourse analysis. The results reveal a set of previously unknown facts-namely, how the residents of the affected areas perceived the disaster while it was unfolding before their eyes.
The testimony contents are divided into four categories: (1) Physical aspects of the disaster such as natural phenomena and impact on infrastructure; (2) Impressions of how the disaster developed; (3) Peopleʼs behaviour before, during, and after facing the natural phenomenon; (4) Psychological impacts of the disaster before, during, and after facing the natural phenomenon.
The empirical results reveal that peopleʼs subjective perceptions are a key factor in decision-making when faced with an impending natural disaster. Thus, we argue that both physical and psychological aspects need to be considered in supporting the residents of high-risk areas in order to prevent future sediment disasters.
内容記述
本稿は、日本学術振興会科学研究費補助金(15H03137及び17F17014)の研究成果の一部である。
言語
日本語
資源タイプ 紀要論文
出版者
広島大学平和センター
発行日 2019-03
権利情報
Copyright (c) 2019 広島大学平和センター
出版タイプ Version of Record(出版社版。早期公開を含む)
アクセス権 オープンアクセス
収録物識別子
[ISSN] 0386-3565
[ISSN] 2434-9135
[NCID] AN00213938