Urban morphology and disaster risk reduction: A systematic literature review

Frequent climate change increasingly exposes cities to multi-disaster risks, directly threatening human safety and well-being. Urban morphology shares theoretical content and spatiotemporal characteristics with Disaster Risk Reduction (DRR). Exploring the relationship between urban form and disaster risk is particularly important to guide urban design and policymaking. To understand how urban form contributes to DRR, this study employed bibliometric and content analyses to review relevant literature based on a theoretical study rooted in urban morphology and DRR. Specifically, this review examined existing research trends, and the methods, data, and key elements of urban form utilized at different scales. The result reveals the progress in urban morphology and DRR research, which is driven by global frameworks such as the Yokohama Strategy, Hyogo Framework for Action, and Sendai Framework for Disaster Risk Reduction. Key gaps include spatiotemporal complexities, precise disaster risk data, and sociocultural factors. Quantitative methods dominate current research, but the integration of qualitative methods including transect walks, stakeholder interviews and cultural mapping provides complementary insights into the socio-cultural dimensions behind urban form, and implicit disaster response mechanisms in urban resilience. Future research should broaden cross-regional studies, incorporate multi-hazard perspectives, and integrate disaster cycles to develop more comprehensive and globally applicable policies. • Multi-scale analysis of urban morphology reveals cross-scale leverage points for resilience. • International frameworks drive the shift from reactive response to proactive, systemic resilience. • Qualitative methods complement quantitative data to capture socio-cultural response dynamics. • Addressing multi-hazard cascades requires integrating disaster cycles into urban resilience plans. • Better risk data and polycentric governance can balance heritage preservation with urban resilience.

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Publication Details

Journal
Progress in Disaster Science
Published
2025-07-30
DOI
https://doi.org/10.1016/j.pdisas.2025.100455
Citations
5
Primary Topic
Urban Heat Island Mitigation
Type
article
Field-Weighted Citation Impact
4.00

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article

Urban morphology and disaster risk reduction: A systematic literature review

Chiho Ochiai, Qinglong An
5 citations
Progress in Disaster Science
Urban Heat Island Mitigation
4.00
article

Urban morphology and disaster risk reduction: A systematic literature review

Chiho Ochiai, Qinglong An
article en
5 citations

Abstract

Frequent climate change increasingly exposes cities to multi-disaster risks, directly threatening human safety and well-being. Urban morphology shares theoretical content and spatiotemporal characteristics with Disaster Risk Reduction (DRR). Exploring the relationship between urban form and disaster risk is particularly important to guide urban design and policymaking. To understand how urban form contributes to DRR, this study employed bibliometric and content analyses to review relevant literature based on a theoretical study rooted in urban morphology and DRR. Specifically, this review examined existing research trends, and the methods, data, and key elements of urban form utilized at different scales. The result reveals the progress in urban morphology and DRR research, which is driven by global frameworks such as the Yokohama Strategy, Hyogo Framework for Action, and Sendai Framework for Disaster Risk Reduction. Key gaps include spatiotemporal complexities, precise disaster risk data, and sociocultural factors. Quantitative methods dominate current research, but the integration of qualitative methods including transect walks, stakeholder interviews and cultural mapping provides complementary insights into the socio-cultural dimensions behind urban form, and implicit disaster response mechanisms in urban resilience. Future research should broaden cross-regional studies, incorporate multi-hazard perspectives, and integrate disaster cycles to develop more comprehensive and globally applicable policies. • Multi-scale analysis of urban morphology reveals cross-scale leverage points for resilience. • International frameworks drive the shift from reactive response to proactive, systemic resilience. • Qualitative methods complement quantitative data to capture socio-cultural response dynamics. • Addressing multi-hazard cascades requires integrating disaster cycles into urban resilience plans. • Better risk data and polycentric governance can balance heritage preservation with urban resilience.

Progress in Disaster ScienceVol. 27
Kyoto University (JP)
Obayashi Foundation
Climate action
Openalex Percentile: Top 6%
Urban Heat Island Mitigation
4.00
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Urban morphology and disaster risk reduction: A systematic literature review — Chiho Ochiai, Qinglong An · Progress in Disaster Science (2025) | TGRS Research Map | TGRS