Comparing Social Capital in Disaster Response Across Urban, Transitional, and Rural Communities: A Mixed-Methods Study in Flood-Impacted Zhengzhou, China

Abstract The role of social capital (SC) in disaster response has been widely studied. However, comparative analyses of SC differences across community types in post-disaster contexts remain limited. Previous research has focused primarily on rural communities (RCs) and urban communities (UCs), while transitional communities (TCs)—increasingly prevalent amid China’s rapid urbanization—have received insufficient attention. This study compared SC in disaster response across UCs, TCs, and RCs in flood-affected Zhengzhou City, China. Employing a mixed-methods strategy, this study collected 1837 questionnaire responses in flood-affected communities, conducted analysis of variance (ANOVA), and used semistructured interviews and participant observations in three representative communities. The results identified bonding SC as the predominant form across community types, whereas bridging SC remains underdeveloped. Transitional communities exhibited the lowest overall SC in disaster response, UCs demonstrated the highest, and RCs showed moderate levels. These differences can be attributed to distinct community characteristics. Urban communities benefit from formal organizations, stable management structures, and broader external networks; RCs rely on strong internal ties despite limited external resources. Transitional communities face challenges due to high residential mobility, weakened social cohesion, and disorganized management structures. This study contributes to the understanding of SC in disaster contexts across diverse Chinese communities, particularly in TCs, and offers targeted policy recommendations to strengthen disaster response capacities through SC development.

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Publication Details

Journal
International Journal of Disaster Risk Science
Published
2026-04-01
DOI
https://doi.org/10.1007/s13753-026-00714-0
Primary Topic
Disaster Management and Resilience
Type
article
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article

Comparing Social Capital in Disaster Response Across Urban, Transitional, and Rural Communities: A Mixed-Methods Study in Flood-Impacted Zhengzhou, China

Yixuan Wang
International Journal of Disaster Risk Science
Disaster Management and Resilience
article

Comparing Social Capital in Disaster Response Across Urban, Transitional, and Rural Communities: A Mixed-Methods Study in Flood-Impacted Zhengzhou, China

Yixuan Wang
article en

Abstract

Abstract The role of social capital (SC) in disaster response has been widely studied. However, comparative analyses of SC differences across community types in post-disaster contexts remain limited. Previous research has focused primarily on rural communities (RCs) and urban communities (UCs), while transitional communities (TCs)—increasingly prevalent amid China’s rapid urbanization—have received insufficient attention. This study compared SC in disaster response across UCs, TCs, and RCs in flood-affected Zhengzhou City, China. Employing a mixed-methods strategy, this study collected 1837 questionnaire responses in flood-affected communities, conducted analysis of variance (ANOVA), and used semistructured interviews and participant observations in three representative communities. The results identified bonding SC as the predominant form across community types, whereas bridging SC remains underdeveloped. Transitional communities exhibited the lowest overall SC in disaster response, UCs demonstrated the highest, and RCs showed moderate levels. These differences can be attributed to distinct community characteristics. Urban communities benefit from formal organizations, stable management structures, and broader external networks; RCs rely on strong internal ties despite limited external resources. Transitional communities face challenges due to high residential mobility, weakened social cohesion, and disorganized management structures. This study contributes to the understanding of SC in disaster contexts across diverse Chinese communities, particularly in TCs, and offers targeted policy recommendations to strengthen disaster response capacities through SC development.

International Journal of Disaster Risk ScienceVol. 17(2)
Osaka University of Human Sciences (JP), Beijing University of Chemical Technology (CN)
Sustainable cities and communities, Climate action
Openalex Percentile: Top 20%
Disaster Management and Resilience
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