Super typhoon Yagi leaves 15 dead in the Philippines and is heading towards China and Vietnam.

Super Typhoon Yagi has become one of the biggest weather threats of the year, rapidly intensifying from its formation as a tropical storm to winds of up to 209 km/h. After leaving a tragic toll of 15 dead in the Philippines, where it triggered landslides and devastating floods, Yagi is now on a direct path toward China, specifically toward the provinces of Guangdong and Hainan. The arrival of this weather phenomenon has generated concern among residents and authorities in the region, who are preparing for its imminent impact. The Xinhua news agency reports that, although Yagi started as a tropical storm with winds of 90 km/h, its rapid intensification has been favored by high ocean temperatures, a phenomenon that meteorologists directly link to the climate crisis caused by human activity. This cycle of ocean warming not only increases the intensity of storms but also causes them to develop more quickly and violently, as observed in the case of Yagi. With fears of landslides and severe storms, authorities in Hainan have taken preventive measures, closing schools and childcare centers, as well as suspending flights and ground transportation services. Hong Kong Express airline, for example, has postponed six flights, while Greater Bay Airlines has canceled four and rescheduled two others. The advance preparations aim to mitigate the impact of the super typhoon on the population and infrastructure. The super typhoon, expected to make landfall on the coast of Hainan on September 6, has also led the Hong Kong Observatory to warn that Yagi will maintain its intensity while moving about 300 kilometers southwest of the city. Meteorologists are closely monitoring the evolution of Yagi, as it is speculated that it could become the strongest storm in nearly a decade. The devastation Yagi has brought to the Philippines has made it clear that communities in its path must be on high alert. Images of landslides and floods in the Philippines serve as a grim reminder of the destructive power of extreme weather phenomena. The loss of life and destruction of homes echo the urgency of addressing the effects of climate change and preparing for future disasters. Once Yagi has crossed China, it will head toward Vietnam, where it threatens the northern regions, especially near the famous Halong Bay, recognized as a UNESCO World Heritage Site. In anticipation of this eventuality, Vietnam's meteorological agency has issued alerts and mobilized over 2,700 military personnel to assist in responding to any emergencies that may arise. This pattern of storm intensification has raised concerns among scientists, who warn that phenomena like Yagi could become more frequent due to global warming. The current situation is a call to action not only for local authorities but also for the international community, which must unite in the fight against climate change. The effects of Yagi extend beyond immediate damage. The destruction in the Philippines and the threat it poses to China and Vietnam underscore the persistent vulnerability of many nations to extreme weather events. The need for resilient infrastructure and effective emergency plans is more critical than ever. The impact of Yagi on the daily lives of millions of people is profound. Flight cancellations, school closures, and evacuations from at-risk areas are just some of the measures being taken to protect the population. However, the real challenge lies in the ability of countries to recover and adapt to a world where such phenomena are becoming increasingly common. As Yagi progresses, the global community watches with unease. The tragedy in the Philippines, the preparations in China, and the mobilization in Vietnam serve as reminders that climate change is not a distant threat but a reality that demands an immediate and decisive response. The story of Yagi could be just another chapter in a book detailing the devastating impacts of a changing climate, and it is our responsibility to write a different ending.