Accepted Paper

Shifting Terrain: a phenomenological and thematic analysis of the economic and social costs of flooding in once resilient communities in the Philippines   
Gabriel Gan (University of Santo Tomas) Heinz Herald Capati (University of Santo Tomas) Marc Justin Wong (University of Santo Tomas)

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Paper short abstract

This study examines climate change impacts on previously non-flood prone communities in the Philippines. Aligned with the Sendai Framework, thematic analysis of interviews reveals economic, social, and environmental costs, underscoring resilience and planning needs.

Paper long abstract

This phenomenological study examines the effects of the changing climate in previously non-flood-prone communities in the Philippines. This study aligns with one of the main priorities of the Sendai Framework for Disaster Risk Reduction (2015-2030): enhancing disaster preparedness for effective response and to “Build Back Better” in recovery, rehabilitation, and reconstruction. This study positions local experience within global conversations on disaster preparedness, climate adaptation, and sustainable development. The study employed thematic analysis and purposive–snowball sampling. Emerging themes included economic and social costs, community resilience, and environmental impact. Semi-structured interviews using open-ended questions and bracketing techniques allowed participants to share narratives with minimal researcher bias. The findings suggest that while resilience is critical in disaster risk management, there is an urgent need for a more comprehensive strategy that focuses on long-term development, like urban planning, to address the deep-rooted issues of environmental degradation in developing communities. This research contributes to the broader discussion on the trade-offs between climate change and economic growth and development, highlighting the importance of integrating community experiences into policy-making to mitigate the effects of climate change and natural disasters.

Panel P45
Beyond resilience: Enabling systemic transformation amidst uncertainties associated with climate change