Published 2017
Journal article Open

Building Ex Ante Resilience of Disaster-Exposed Mountain Communities: Drawing Insights from the Nepal Earthquake Recovery

Description

Government and non-government development agencies are increasingly focusing on building resilience at community level, especially in their post-disaster recovery interventions. But operationalizing the concept of resilience is a methodological challenge. In the aftermath of the recent major earthquake in Nepal, the International Centre for Integrated Mountain Development (ICIMOD) is working on developing a community resilience framework that will help identify policy-relevant factors contributing to building resilience. Using the method of Qualitative Comparative Analysis (QCA), data from 30 earthquake-affected mountain communities has been analysed to identify the combinations of factors that may serve as necessary/sufficient 'conditions' for resilient 'recovery outcomes'. Results establish six factors – natural resource endowment, physical connectivity, access to external development services, entrepreneurship, social homogeneity, and local economy – combining according to the community context to give five different factor combinations. Importantly, factors that are individually insignificant are seen in combination with other factors to exercise significant influence on recovery outcomes. The study concludes by proposing to policymakers that it is possible to identify appropriate combinations of contextual factors and ex ante nourish these to build resilience.

Files

icimod1-s2.0-S2212420916307245-main.pdf

Files (680.1 kB)

Name Size Download all
md5:45dea97851eee62e892d0c7649fabd5f
680.1 kB Preview Download

Additional details

Publishing information

Title
International Journal of Disaster Risk Reduction
Volume
22
Pages
167-178

ICIMOD publication type

ICIMOD publication type
Staff contributions

Regional member countries

RMC
Nepal

Others

Special note
Arabinda Mishra, Rucha Ghate, Amina Maharjan, Janita Gurung, ICIMOD staff, peerreviewed

Legacy Data

Legacy numeric recid
32578