Abstract:
This study investigates the evolving dynamics of cyclone risk in Sri
Lanka, with particular emphasis on the impacts of Cyclone Ditwah
(2025). Drawing on secondary data sources, published reports, and
existing scholarly literature, the research examines the physical drivers,
spatial distribution, and socio-economic consequences associated with
the event. The analysis reveals a notable shift in cyclone-related
hazards in Sri Lanka, where impacts are increasingly driven by extreme
rainfall, widespread flooding, and landslides, rather than by wind
damage alone. This transition highlights the growing influence of hydro meteorological factors in shaping disaster outcomes. The study further
assesses the level of societal preparedness by evaluating early warning
mechanisms, evacuation procedures, and institutional response
capacities. While Sri Lanka demonstrates considerable progress in
disaster management, particularly in forecasting and emergency
coordination, several gaps remain in terms of local-level
responsiveness, infrastructure resilience, and community awareness.
These limitations contribute to uneven vulnerability across regions and
populations. The findings suggest that broader climatic variability,
including changing ocean–atmospheric conditions, is contributing to the
intensification and unpredictability of cyclone-related risks. In this
context, the study underscores the importance of adopting integrated
and adaptive disaster risk management approaches that go beyond
traditional frameworks. Strengthening multi-hazard preparedness,
enhancing community-based resilience, and incorporating climate informed planning are identified as key priorities for reducing future
risks. Overall, the paper contributes to a deeper understanding of how
cyclone risk is transforming in Sri Lanka under changing environmental
and socio-economic conditions.