Typhoon Bavi is sweeping across East Asia on July 11, 2026, triggering high alerts and evacuations in the Philippines, Taiwan, and China.
The storm represents one of the largest weather systems to impact the region in decades, threatening critical infrastructure and coastal populations across multiple nations.
In the Philippines, the storm's passage has already resulted in significant casualties. Authorities said 15 people died in landslides [1]. While some reports indicated the system weakened as it moved off the Philippine coast [2], the volume of rainfall continues to trigger deadly geological failures.
Taiwan is now preparing for the storm's arrival. Officials said thousands of people have been evacuated [3] as the system approaches the island. Meteorological data suggests Bavi is the largest storm by size to hit Taiwan since 1987 [4]. Local authorities have issued high alerts to residents in coastal and mountainous regions to prevent further loss of life.
Eastern China and Japan’s southern islands are also bracing for impact [5]. Chinese authorities said coastal provinces are on high alert, expecting heavy rain and potential flooding as the storm churns toward the mainland [6].
The scale of the storm has created a complex forecasting environment. Some monitoring agencies said the system is possibly the most powerful storm in years [4], while others noted a decrease in intensity following its departure from the Philippines [2]. Regardless of the peak wind speeds, the sheer size of the system ensures that a vast area will experience extreme weather conditions.
“At least 15 people died in landslides in the Philippines.”
The arrival of a storm of this magnitude underscores the increasing vulnerability of East Asian coastal hubs to extreme weather. The disparity in intensity reports suggests a volatile system, but the historical size comparison to 1987 indicates that the primary threat is the storm's massive footprint, which can cause widespread flooding and landslides even if peak wind speeds fluctuate.
