Hālana ka manaʻo: place-based connection as a source of long-term resilience

• Published in: Ecology and society Vol. 27; no. 4; p. 21
• Main Authors: Harangody, Michelle, Vaughan, Mehana, Richmond, Laurie, Luebbe, Kristine
• Format: Journal Article
• Language: English
• Published: Ottawa Resilience Alliance 01-12-2022
• Subjects: climate adaptation; community environmental care; Community organizations; Community structure; Disaster recovery; Emergency preparedness; Emergency response; flood; Flood damage; Floods; kauaʻi; Landslides & mudslides; Long term; Natural disasters; place-based resilience; Rain; Rainfall; Recovery; Resilience; Social factors; Tourism; Weather patterns
• ISSN: 1708-3087; 1708-3087
• DOI: 10.5751/ES-13555-270421

In April of 2018, the island of Kauaʻi broke national 24-hour rainfall records, experiencing several days of intense rain and flooding that destroyed property, threatened lives, and reshaped the land. However, out of the turmoil came stories of survival, resilience, community, and strength. We interviewed over 80 individuals and found that concepts of resilience are intimately linked to place and community. This research explains how connections to place underpin and contribute to long-term, community-level resilience. We illustrate the significance of place-based knowledge in preparing for floods and mitigating flood damage, as well as the crucial role of community in emergency response and long-term disaster recovery. We found that community organizations facilitated the transmission of supplies and support, underscoring the connections to people and environment that foster resilient outcomes. Interviews also highlighted threats to place-based community resilience, such as tourism and prioritizing infrastructure over human needs. Reframing resilience to be more inclusive of social factors that attend to place-based dynamics can give more agency to community members and strengthen the connections that support recovery and adaptation amid increasing frequency of unpredictable and hazardous weather patterns.