Typhoon Bavi made landfall in eastern China on July 12, 2026, bringing torrential rain and strong winds to the region.

The storm represents the most powerful typhoon to hit mainland China so far this year. Its intensity forced municipal authorities to coordinate one of the largest emergency displacements in the region to prevent mass casualties.

Emergency officials focused their efforts on Zhejiang, Shanghai, and Fujian provinces. The storm's path also brought significant threats to Wenzhou and Beijing, where authorities monitored wind speeds and rainfall levels to manage potential flooding.

Reports on the scale of the displacement vary across agencies. According to CBC, more than 1.8 million people were evacuated [4]. Other reports indicate the number may be higher, with Moneycontrol stating over 2.2 million people were moved [1] and Khaosod English reporting nearly 2 million [2]. Yahoo News cited more than 1.7 million evacuations [3], while the Toronto Star reported more than 1 million [5].

The landfall triggered widespread chaos as the storm surge and heavy downpours battered the coast. Local authorities implemented strict evacuation orders to move residents from low-lying coastal areas and flood-prone urban centers into temporary shelters.

Despite the varying figures on displacement, officials confirmed that the primary goal was the rapid removal of citizens from the direct path of the storm's eye. The coordination involved multiple provincial governments and national emergency services to ensure the safety of the millions of residents in the affected eastern corridor.

“The storm was the most powerful typhoon to hit mainland China this year.”

The scale of the evacuations—ranging from 1 million to over 2.2 million people—underscores the extreme volatility of Typhoon Bavi and the high population density of China's eastern coast. The variance in reporting suggests a rapidly evolving situation during the landfall phase, while the classification of this storm as the year's most powerful indicates a significant meteorological event that will likely test the region's flood defenses and urban infrastructure.