Assessment of flood incidents, damages, and mitigation efforts in Danglag, Consolacion, Cebu, Philippines

Delfa G. Castilla *, Mary Jullienne M. Naquines, Julius Vincent S. Pable and Ella Kim V. Paglinawan

College of Engineering, Industrial Engineering, Cebu Technological University Danao Campus.
 
Review
International Journal of Science and Research Archive, 2024, 12(01), 2069–2080.
Article DOI: 10.30574/ijsra.2024.12.1.0978
Publication history: 
Received on 20 April 2024; revised on 29 May 2024; accepted on 31 May 2024
 
Abstract: 
Flooding, a natural phenomenon with far-reaching consequences, has been a perennial challenge for communities worldwide. Its impacts on lives, livelihoods, and infrastructure are profound. Despite recent efforts to reduce flooding, Barangay Danglag in Consolacion, Cebu, remains vulnerable to flooding. This study examines the causes, effects, and mitigation efforts of flooding in Barangay Danglag, Consolacion, Cebu. Data collected from 29 households near Danglag-Laray Creek revealed that majority of the residents are living in a residential area with a lot smaller than 100 square meters. Most residents experienced flooding in the past decade up to the second floor of the residential properties, primarily due to heavy rainstorms and nearby water bodies overflowing. Additionally, the downspout connections that is revealed to be flown directly to lawns and ground surface that added to water level. The impacts included significant non-monetary losses such as time off work for clean-up and stress. The study reveals that most properties experienced some form of flooding damage over 1 to 3 times for the past 10 years, reporting minimal damage to yards and experiencing damage to lawns, trees, and shrubs. Crop damage was noted and reported damage to fences and auxiliary structures. This study shows that clean, safe supplies of drinking water is highly important as it as crucial, suggesting it is a top priority and likely essential for achieving goals or maintaining standards. Flooding effect mitigation efforts by residents included planting native vegetation, including Mahogany Trees and Madre de Cacao, and using permeable paving. The study underscores the critical need for tailored flood mitigation strategies to enhance community resilience against future flooding events.
 
Keywords: 
Flood effects; Flood mitigation; Flood risk; Property impact
 
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