Session Details

[U-15]Utilization of diverse disaster information: integration and deployment toward disaster mitigation

Thu. May 28, 2026 5:15 PM - 7:00 PM JST
Thu. May 28, 2026 8:15 AM - 10:00 AM UTC
Poster Hall Exhibition Hall 7&8, Makuhari Messe_3
convener:Takashi Azuma(National Institute of Advanced Industrial Science and Technology), Hiroyuki Shimomura(PASCO CORPORATION), Naoko Kitada(Geo-Research Institute), Keiji Chida(HASSHU CO., LTD.), Teruyuki Kikuchi(Suwa University of Science), Masashi Omata(PASCO CORPORATION), Kazuo Tamura, Yuki Matsushi(Disaster Prevention Research Institute, Kyoto University)
Japan and Southeast Asian countries experience many natural phenomena that cause disasters to human society, such as earthquakes, volcanoes, typhoons, and heavy rains. climate change, the expansion of human activity areas due to urban development in these countries has led to the serious problem of natural disasters becoming more frequent, severe, and complex. Therefore, efforts are being made to reduce natural disasters through the utilization of technological development that makes use of knowledge from earth science and comprehensive risk management that integrates society, the environment, and technology.<br/>In order to reduce disasters, efforts are underway to monitor the progression of events and the situation immediately after they occur, analyze the vast amount of data based on the observation results, and use this data to help predict the occurrence of events and disasters. Additionally, activities are being carried out to analyze records and traditions related to information on past natural disasters to prepare for future disasters.<br/>This session will introduce cutting-edge technologies related to the observation of various natural phenomena and their big data, as well as examples of how observation data can be used in emergency response after a disaster. We will also introduce disaster prevention and mitigation efforts and outreach that utilize research results and practical examples from various fields regarding natural disaster information. We will also discuss measures to deal with complex and chain-reaction natural disasters.

[U15-P01]Challenge for natural disaster mitigation -now and past- (Invitation for U-15)

*Takashi Azuma1 (1.National Institute of Advanced Industrial Science and Technology)

[U15-P02]Assessment of Damage along Distributed Faults Using SAR Satellite Data★Invited Papers

*Masashi Omata1, Jun Sugimoto1, Kento Adachi1, Noriyuki Shibuya1, Watanabe Kazuki1 (1.PASCO CORPORATION)

[U15-P05]Utilization of the Integrated Earthquake Simulator for Local Government Disaster Prevention: Accuracy Verification and Web Application Development

*SHO ITO1, Shinpei Ito1, Takayuki Kawajiri2, Hideyuki O-tani3, Yoshihide Sekimoto4 (1.Nikken Sekkei Research Institute, 2.MIERUNE Inc., 3.Japan Agency for Marine-Earth Science and Technology, 4.Center for Spatial Information Science, The University of Tokyo)

[U15-P06]Advancing Offshore Earthquake and Tsunami Early Warning in Cascadia

*William S D Wilcock1, Zoe Krauss2, J Renate Hartog2, Mikael Mazur3, Nicolas K Fontaine3, Roland Ryf3, David T Neilson3, David A Schmidt2, Bradley P Lipovsky2, Marine A Denolle2, Harold J Tobin2, Paul Bodin2, Mika Thompson2, William J Dienstfrey2, Alexander Rose2, Dana A Manalang4, Yoichiro Dobashi1, Michael J Harrington4 (1.School of Oceanography, University of Washington, Seattle, 2.Department of Earth and Space Sciences, University of Washington, Seattle, 3.Nokia Bell Labs, New Providence, New Jersey, 4.Applied Physics Laboratory, University of Washington, Seattle)

[U15-P07]Aircraft observation of tropical cyclones in T-PARCII★Invited Papers

*Kosuke Ito1,3, Kazuhisa Tsuboki2,3 (1.Disaster Prevention Research Institute, Kyoto University, 2.ISEE, Nagoya University, 3.TRC, Yokohama National University)

[U15-P08]A preliminary study on an optimal placement of water level sensors for a flood depth estimation system

*Akihiro Nagao1, Hideaki Kitauchi1, Masato Nakamura1 (1.MRI Research Associates, Inc.)

[U15-P10]Factors influencing the occurrence of sediment disasters caused by the January 2024 Noto Peninsula earthquake and the September 2024 Oku-Noto heavy rainfall

*Hiromu Daimaru1, Kaisei Morita1, Natsume Okada1 (1.Faculty of Bioresources and Environment Ishikawa Prefectural University)

[U15-P13]Disaster Risk Assessment for Cultural Heritage Monuments Using Integrated Damage and Restoration Records

*Hideyuki Uesugi1,2, Naoya Mitani1,2, Hajime Baba2 (1.Cultural Heritage Disaster Risk Management Center , 2.Nara National Research Institute for Cultural Properties)