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158 Deaths at Halloween Night: An AcciMap analysis of 2022 Itaewon crowd crush in South Korea

Authors
Son, ChangwonHam, Dong-HanJin, SangeunPark, Taezoon
Issue Date
Apr-2025
Publisher
ELSEVIER
Keywords
Itaewon; Halloween; Crowd crush; AcciMap; Disaster; Accident analysis; System safety
Citation
SAFETY SCIENCE, v.184
Journal Title
SAFETY SCIENCE
Volume
184
URI
https://scholarworks.bwise.kr/ssu/handle/2018.sw.ssu/50460
DOI
10.1016/j.ssci.2024.106741
ISSN
0925-7535
1879-1042
Abstract
A crowd crush that occurred in Itaewon, South Korea during Halloween in 2022 resulted in 158 people. Much attention was paid to finding culprits rather than identifying underlying factors and their complex relationships. Hence, this study aims to analyze systemic causes of Itaewon crowd crush. AcciMap was conducted to understand what caused the crush and resultant deaths using two information sources: South Korean National Assembly Report and online news articles. Findings suggest that lifted COVID-19 restrictions, increased popularity of Halloween, and political and social factors related to a new government significantly increased the crowd size. Despite anticipated risks of crowd crush, including direct calls from citizens, little was done before and after the crush. Pre-planning was not conducted, and on-site controls were insufficient. After the crush, unified incident communication was non-existent and inter-agency collaboration was poorly coordinated, leading to severe delay in site access, triage, medical treatment, and hospitalization. Until Itaewon disaster, a crowd crush was not covered by overarching disaster management law of South Korea. To prevent similar crowd crushes, recommendations include trans-governmental efforts to identify emergent impacts of policy, cultural, and administrative changes, all-hazards management approach, improving national safety leadership and risk governance, safety culture sensitive to failure, and nationwide crowd management system. As the first and early systemic analysis of Itaewon crowd crush, our findings highlighted the need to understand influences from various sociotechnical factors. We hope our study to inform future investigations of Itaewon crowd crush and induce more rigorous efforts to prevent similar incidents.
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College of Engineering (Department of Industrial & Information Systems Engineering)
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