Transition and Characteristics of Road Clearance Based on Government Announcements During Multiple Disasters in the Noto Peninsula in Japan

Abstract. This study analyzes the road damage and clearance status during the heavy rain disaster that occurred in September 2024 on the Noto Peninsula, based on materials released by the disaster response headquarters and converted into GIS data. The analysis revealed that significant fluctuations in the situation occurred during the first three days following the disaster, with smaller changes observed thereafter. Additionally, the study highlighted the instability of the information during the immediate aftermath, as indicated by the frequent changes in the reported information, and identified areas where the full extent of the damage had not yet been assessed. Using these findings, the study also discusses the challenges associated with the integration and dissemination of information using GIS during complex disaster events in Japan.

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Publication Details

Journal
Proceedings of the ICA
Published
2025-10-21
DOI
https://doi.org/10.5194/ica-proc-7-13-2025
Primary Topic
Earthquake and Disaster Impact Studies
Type
article
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article

Transition and Characteristics of Road Clearance Based on Government Announcements During Multiple Disasters in the Noto Peninsula in Japan

Ryōsuke Kobayashi, Kaori Ito, Seiya Takayanagi, K Sano
Proceedings of the ICA
Earthquake and Disaster Impact Studies
article

Transition and Characteristics of Road Clearance Based on Government Announcements During Multiple Disasters in the Noto Peninsula in Japan

Ryōsuke Kobayashi, Kaori Ito, Seiya Takayanagi, K Sano
article en

Abstract

Abstract. This study analyzes the road damage and clearance status during the heavy rain disaster that occurred in September 2024 on the Noto Peninsula, based on materials released by the disaster response headquarters and converted into GIS data. The analysis revealed that significant fluctuations in the situation occurred during the first three days following the disaster, with smaller changes observed thereafter. Additionally, the study highlighted the instability of the information during the immediate aftermath, as indicated by the frequent changes in the reported information, and identified areas where the full extent of the damage had not yet been assessed. Using these findings, the study also discusses the challenges associated with the integration and dissemination of information using GIS during complex disaster events in Japan.

Proceedings of the ICAVol. 7
Tokyo University of Science (JP)
Openalex Percentile: Top 69%
Earthquake and Disaster Impact Studies
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Transition and Characteristics of Road Clearance Based on Government Announcements During Multiple Disasters in the Noto Peninsula in Japan — Ryōsuke Kobayashi, Kaori Ito, et al. · Proceedings of the ICA (2025) | TGRS Research Map | TGRS