Typhoon Champi Approaches Taiwan, Triggers Flight Cancellations and Warnings
A powerful typhoon is set to hit Taiwan’s northeast, bringing high winds, heavy rain, and flight cancellations, while officials urge vigilance.

Die Fakten
- Typhoon Champi has maximum sustained winds of 213 km/h as it approaches Taiwan.
- The storm is expected to bring up to 900 mm of rain in northern Taiwan between Thursday and Saturday.
- More than 150 flights were canceled on Thursday, and 23,000 military personnel are on standby for rescue.
- President Lai Ching‑te urged residents to remain vigilant for strong winds and heavy rain.
- An expert cited by the New York Times said mayor closures increase 31% during election years.
Typhoon Champi is moving toward Taiwan’s northeast coast. The Joint Typhoon Warning Center reports maximum sustained winds of 213 km/h (132 mph). The Central Weather Administration has canceled more than 150 domestic and international flights for Thursday.
The storm is expected to dump up to 900 millimeters (35 inches) of rain in the mountainous regions of northern and northeastern Taiwan from Thursday to Saturday. Waves could exceed six meters (20 feet) in height. Over 23,000 military personnel are on standby to assist with rescue operations.
CWA forecaster Jason Cheng said the most significant impacts would begin all day tomorrow and continue into the first half of Saturday. President Lai Ching‑te urged residents to remain vigilant for strong winds and heavy rains. The storm’s radius is 320 kilometers (199 miles), smaller than the previous Typhoon Bavi.
The typhoon is part of a busy Pacific storm season amplified by the El Niño phenomenon, which has caused unprecedented warming in the equatorial Pacific. China’s Ministry of Water Resources has issued a level‑four emergency response for flooding in Shanghai and coastal provinces. Japan’s major airlines have canceled more than 110 flights from Thursday to Saturday.
Hintergrund
El Niño is a warming phase of a natural climate cycle that temporarily raises sea temperatures in the tropical Pacific, triggering weather changes that can increase drought and flooding. The current El Niño is expected to peak in December and may influence extreme weather events through 2027.
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