Days of heavy rain leave at least 13 dead in Philippines

Heavy rainfall spanning nine days in the northern Philippines has resulted in significant loss of life, with at least 13 individuals confirmed dead, according to rescuers. The intense downpour, equivalent to more than a month's worth of rain in certain regions, has triggered floods, landslides, and accidents across the main island of Luzon, causing closures of schools and government offices in the capital city of Manila.

Four fatalities, including those in the mountain resort town of Baguio, occurred due to a rain-battered mountainside collapsing onto several houses, trapping residents. Rescue teams are currently sifting through debris in search of six missing individuals, following the incident. State meteorologist Dan Villamil revealed that the rainfall in Baguio, situated 4 hours north of Manila, was 47% above the monthly average.

"Baguio's total rainfall from August 1-9 was the highest, measuring 1,413.2 millimeters," he reported, contrasting it with the city's typical rain accumulation of 963.2 millimeters for the entire month. Metro Manila areas experienced rainfall amounting to approximately 90% of a standard August. Landslides claimed six more lives in other parts of Luzon, while one person drowned, another was struck by a falling tree, and a fatal electrocution was reported, as per a civil defense office count.

Despite ongoing heavy rain, Public Works Secretary Vince Dizon stated that floodwaters are gradually receding. However, he emphasized the need to address decades-old flawed flood mitigation efforts, referencing a scandal involving fraudulent flood-control projects that have cost taxpayers billions of dollars. As the Philippines sits within the Pacific cyclone belt, it faces an average of 20 storms and typhoons annually, leaving millions of people in precarious, disaster-prone conditions plagued by perpetual poverty.

Climate scientists caution that human-induced climate change is intensifying the frequency, duration, and severity of extreme weather events across the globe.