Typhoon Dolphin struck the eastern coast of China on Sunday, Aug. 9, causing severe flooding and mass evacuations across multiple provinces [1, 2, 3].
The storm's trajectory from the coast to the interior demonstrates the scale of the cyclone's impact, disrupting critical infrastructure and threatening millions of residents in densely populated urban centers.
Emergency authorities said that over 1 million people were evacuated as the storm made landfall [4]. While some official totals regarding the scale of these evacuations remained conflicting [5], the displacement remains one of the region's most significant recent weather events.
The storm brought extreme rainfall and strong winds that triggered flash flooding and landslides [4, 6]. In Beijing, heavy rain turned city streets into rivers, drowning homes, and sweeping away cars [1, 2].
By Tuesday, Aug. 12, the system moved further inland into the central province of Hubei [1, 3]. This movement extended the disaster zone, causing additional flooding in central China as the storm system churned deeper into the interior [1].
The transportation network suffered extensive disruptions during the storm's passage. Aviation authorities said that thousands of flights were disrupted [7], leaving travelers stranded as airports struggled with the weather conditions.
Chinese emergency authorities remained on alert as the storm transitioned inland. The combination of coastal surges and inland torrential rain created a multi-front crisis for rescue teams operating in both the east coast and central regions [1, 2].
“Over 1 million people were evacuated.”
The inland progression of Typhoon Dolphin from the east coast to Hubei province highlights the vulnerability of China's central infrastructure to tropical cyclones. The scale of displacement and the disruption of thousands of flights underscore the systemic risk that extreme weather poses to both urban centers like Beijing and rural provinces.
