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‘Safety in Numbers’ for Walkers: Effects of Pedestrian Volume on Per-Pedestrian Crash Rate and Severe Injury Probabilityopen access

Authors
Kim, S.Jang, K.Park, S.
Issue Date
Jul-2023
Publisher
Multidisciplinary Digital Publishing Institute (MDPI)
Keywords
injury probability; pedestrian safety; per-pedestrian crash rate; safety in numbers; walking
Citation
Sustainability (Switzerland), v.15, no.13
Journal Title
Sustainability (Switzerland)
Volume
15
Number
13
URI
https://scholarworks.bwise.kr/hongik/handle/2020.sw.hongik/31507
DOI
10.3390/su151310027
ISSN
2071-1050
Abstract
The ‘safety in numbers’ phenomenon is very intriguing to many walking advocates. Some studies have examined the phenomenon for walkers, but they mostly focused on the relationship between pedestrian volume and the likelihood of vehicle–pedestrian crash occurrences. This study evaluated the effects of the ‘safety in numbers’ phenomenon not only on the risk of crash occurrences, but also on the probability of severe or fatal injuries. Pedestrian volume and crash data obtained from the six districts in Seoul Metropolitan City and Jeju Island were jointly analyzed to examine the expected pedestrian crash rate and the probability of severe or fatal injury as a function of pedestrian volume. The analysis confirmed that the expected pedestrian crash rate and the probability of severe or fatal injuries decline as pedestrian volume increases, although the absolute number of crashes and injuries increases. The increase in the number of pedestrian crashes is less than the increase in pedestrian volume. In addition, the probability of severe or fatal injuries tends to diminish with a larger pedestrian volume. These findings can be used as logical evidence to support future policies promoting walking trips, and they suggest that policy measures encouraging walking trips can deliver additional benefits beyond the well-known economic, health, and environmental benefits. © 2023 by the authors.
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Park, Sung jin
College of Architecture and Urban Planning (Urban Engineering)
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