PROJECT

THEME

FY2025: Cognitive Processes in Tsunami Evacuation Using VR and GIS

代表者
Kohei Sakaki (Center for Applied Cognitive Neuroscience)
分担者
  • Daisuke Shiozaki (Seisa Dohto University)
  • Yuichi Hashimoto (Hokkaido University)
  • Naoki Miura (Tohoku Institute of Technology)
  • Ayumi Takemoto (Institute of Development, Aging and Cancer)
  • Yukihiro Shirahama (Graduate School of Medicine)
  • Motoaki Sugiura (Institute of Development, Aging and Cancer / International Research Institute of Disaster Science)

INTRODUCTION

AI-Generated Comment on the Study



Understanding how people perceive danger and choose routes when evacuating from a tsunami is essential for effective disaster preparedness, yet the cognitive mechanisms behind evacuation decisions have been difficult to observe directly.

This project addresses the challenge by combining simulated tsunami evacuation in virtual reality, brain activity measurement with fMRI, and spatial analysis using GIS. Its finding that participants who failed to evacuate may have been attending to scenery and landmarks in the wrong direction illustrates the value of integrating geography and neuroscience.

The results hold promise for improving evacuation environments such as roads and signage, developing VR-based disaster education grounded in human cognition, and informing regional disaster prevention plans, thereby strengthening community resilience.




Prompt Used for AI-Generated Comment
Please read the following research summary and write a short comment on the study.
The comment should be suitable for inclusion in an academic research report. It should evaluate the significance, originality, interdisciplinary value, and future potential of the study. Please keep the tone formal, balanced, and positive, but avoid exaggerated claims. The comment should be understandable to a general academic audience and should not be too technical.
Preferred length: 100–150 words.
(Claude)



Research Details



Link: https://www.aisogochi.tohoku.ac.jp/en/archives/1258