Special Issue on the 100th Anniversary of the Great Kanto Earthquake

IF 0.7 Q4 GEOSCIENCES, MULTIDISCIPLINARY
H. Hayashi, S. Koshimura
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引用次数: 0

Abstract

On September 1, 1923, the Great Kanto Earthquake struck the Tokyo metropolitan area of Japan. It was an extremely powerful earthquake that caused a great fire. The death toll reached approximately 105,000, and the economic loss is estimated to have exceeded 30% of the Japanese gross national product at that time. For September 2023, the Journal of Disaster Research (JDR) has planned a special issue to commemorate 100 years since the Great Kanto Earthquake. While previous special issues by the JDR have focused on specific disasters, this special issue will focus on the lessons and findings from the catastrophe and will cover even the progress of disaster research since then. We received fourteen important and thought-provoking manuscripts not only on scientific and engineering aspects but also on social and cultural aspects, including comparisons with other disasters, historical views, reconstruction issues, and future perspectives. These fourteen articles can be categorized into the three groups described below. The first four articles are the English translations of articles that originally appeared in “Koho Bosai,” the bimonthly journal on natural disaster reduction that is complied and published by the Disaster Management Section, Cabinet Office, Government of Japan. The JDR believes that these four articles provide a concise English description of various aspects of the Great Kanto Earthquake disasters. Dr. Takemura summarizes the seismic features of the 1923 Kanto Earthquake. Dr. Sekizawa summarizes the large scale urban fires that it caused. Dr. Suzuki describes various aspects of the emergency responses. Dr. Murosaki details the recovery project in Tokyo. Those articles discussed various lessons learned from the 1923 Kanto Earthquake and emphasized the importance of transferring the lessons toward future disaster mitigation. The next six papers were originally works studying various aspects of the Great Kanto Earthquake disasters. Dr. Midorikawa reviews the strong ground motion of the 1923 Kanto Earthquake. Dr. Kaneko evaluates the resulting tsunami. Mr. Mammen sheds new light on the relationship between Charles A. Beard and Goto Shinpei in terms of the recovery. Dr. Albini studies the voices of foreign residents who left impressive disaster processes at that time. Dr. Murao reviews the urbanization of Tokyo after the Kanto Earthquake. Dr. Shima studies the response of the Tokyo Electric Light Company, Inc. to the 1923 Great Kanto Earthquake. The last four papers are works on various aspects of disaster risk reduction, but all of these works were inspired by the 1923 Great Kanto Earthquake in one way or another. Dr. Shaw provides a framework for repositioning earthquake risk reduction. Dr. Shimbo explores the Phase Free Concept. Dr. Shoji focuses on the possibility of Medium-Wave AM Radio Broadcasting. Dr. Yamaguchi studies the Risk Communication Method. The Editorial Board of the JDR thanks all of these contributors and hopes that these articles serve as great sources for further research in disaster risk reduction.
关东大地震100周年特刊
1923年9月1日,日本东京都发生关东大地震。这是一次极其强烈的地震,引起了一场大火。死亡人数达到约10.5万人,经济损失估计超过当时日本国民生产总值的30%。《灾害研究杂志》(JDR)为纪念关东大地震100周年,计划于2023年9月发行特刊。《共同发展报告》以前的特刊关注的是具体的灾害,而这一期特刊将侧重于灾难的教训和发现,甚至将涵盖自那时以来灾害研究的进展。我们收到了14份重要的、发人深省的手稿,不仅涉及科学和工程方面,而且涉及社会和文化方面,包括与其他灾害的比较、历史观点、重建问题和未来展望。这14篇文章可以分为以下三组。前四篇文章是日本内阁府灾害管理科编纂出版的减少自然灾害的双月刊《Koho Bosai》上的文章的英文翻译。JDR认为,这四篇文章对关东大地震灾害的各个方面提供了简明的英文描述。竹村博士总结了1923年关东大地震的地震特征。Sekizawa博士总结了它造成的大规模城市火灾。铃木博士介绍了应急反应的各个方面。murasaki博士详细介绍了东京的恢复项目。这些文章讨论了从1923年关东地震中吸取的各种教训,并强调了将这些教训用于未来减灾的重要性。接下来的六篇论文最初是研究关东大地震灾害的各个方面的作品。Midorikawa博士回顾了1923年关东地震的强烈地面运动。Kaneko博士评估了由此产生的海啸。Mammen先生从复苏的角度对Charles A. Beard和后藤新平之间的关系进行了新的阐释。阿尔比尼博士研究了当时留下深刻印象的灾难过程的外国居民的声音。Murao博士回顾了关东地震后东京的城市化进程。岛渚博士研究了东京电灯公司对1923年关东大地震的反应。最后四篇论文是关于减少灾害风险的各个方面,但所有这些作品都受到了1923年关东大地震或多或少的启发。肖博士提供了一个重新定位减少地震风险的框架。Shimbo博士探讨了无相概念。Shoji博士专注于中波调幅广播的可能性。山口博士研究风险沟通方法。《JDR》编辑委员会感谢所有这些撰稿人,并希望这些文章能成为进一步研究减少灾害风险的重要来源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Disaster Research
Journal of Disaster Research GEOSCIENCES, MULTIDISCIPLINARY-
CiteScore
1.60
自引率
37.50%
发文量
113
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