A cutting-edge flood forecasting system developed by the University of the Philippines Resilience Institute (UPRI) can now predict flooding events up to 24 hours in advance, offering a crucial tool for disaster preparedness in the Philippines.
The system integrates rainfall forecasts with historical flood hazard maps, allowing it to pinpoint areas at risk of severe flooding. By tailoring global weather models to the Philippines’ unique geography and climate patterns, the system generates highly localized, precise predictions. Already, it has successfully forecast flooding in cities like Davao, Palawan, and Borongan in Eastern Samar, showcasing its reliability.
Real-Time Information for Communities
Available through the NOAH website, the flood forecasting system provides users with real-time information about flood-prone areas. The data is presented in either a map or tabular format, with estimates on the number of people who could be affected by flooding, down to the barangay level. This level of detail helps local authorities and residents make informed decisions about evacuation and preparedness measures.
By offering actionable insights with 24-hour lead time, the system aims to reduce loss of life and property during extreme weather events, such as typhoons and heavy rainfalls, which are increasingly common in the region.
Public Participation for Better Accuracy
The success of this flood forecasting system relies not only on advanced scientific data but also on active public engagement. The public can contribute valuable real-time information by reporting flood incidents through the LyfSaver app. These contributions help validate and improve the system’s forecasts, ensuring more accurate predictions in the future.
“The more the public participates, the better we can fine-tune the system to match the real-time situation on the ground,” said Mahar Lagmay, executive director of UPRI. As the country faces rising climate-related challenges, this collaborative approach empowers communities to be proactive in safeguarding lives and property.
