Phu Quoc Island Hit by Severe Flooding Amidst Storm Noul Rains

Severe flooding has hit Vietnam's largest island, Phu Quoc, as Storm Noul brought heavy rains, disrupting local traffic and testing the island's infrastructure. Floodwaters in the most affected areas reached nearly half a meter. The sudden deluge quickly caused severe flooding across the Suoi Lon area and along major thoroughfares, including Nguyen Trung Truc, Hung Vuong, Cach Mang Thang Tam, and Tran Phu streets. A local worker noted that the heavy rain began around 3:00 p.m., stating, "It happens every year. Just a few hours of heavy rain is enough to flood Phu Quoc. The water is still rising even though the rain hasn't stopped." The Standing Office of the Civil Defense Steering Committee of Phu Quoc Special Zone under An Giang Province reported that the Duong Dong and An Thoi areas experienced the brunt of the flooding. No casualties have been reported, and floodwaters had begun to recede in some sectors. In response, local authorities instructed relevant agencies to urgently inspect the city's drainage systems. Teams immediately began working to clear waterways and accelerate drainage to mitigate the impact of the ongoing rainfall. According to the An Giang Provincial Meteorological and Hydrological Station, the intense weather was driven by the atmospheric circulation of Storm Noul, which formed outside Vietnam's waters early Friday and later entered the East Sea (South China Sea). This system brought heavy afternoon and evening downpours to the island. By 6:00 p.m. on Friday, high rainfall accumulations were recorded, with Cua Can receiving 121 mm, Duong Dong 90 mm, and An Thoi 57 mm. Under Vietnam's one-party system, infrastructure development is a key pillar of economic growth. However, the flooding on Phu Quoc highlights potential limitations in drainage capacity amidst rapid development and vulnerability to climate change impacts. As relations with China remain complex, Vietnam needs to strengthen its domestic infrastructure to ensure economic stability.