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๐Ÿ‡ธ๐Ÿ‡ฌ Singapore /Environment & Climate

China to see unusually active typhoon season after Bavi passes, climate agency forecasts more storms

From The Straits Times · () English

Translated from English, summarized and contextualized by DistantNews.

At a glance

News Official statement Context piece
  • China's national climate agency forecasts an unusually active typhoon season with stronger and more frequent tropical cyclones.
  • The forecast predicts up to six tropical cyclones will hit China this summer, primarily affecting southern and eastern coastal areas.
  • While Typhoon Bavi dissipated without causing widespread flooding, remnants are expected to bring heavy rain to northeastern provinces.

China is bracing for a potentially more active typhoon season this summer, with forecasts indicating stronger and more frequent tropical cyclones.

are expected to be strong overall

โ€” National Climate CentreThe agency described the anticipated strength of the tropical cyclones affecting China.

The National Climate Centre predicts that as many as six tropical cyclones could impact the country during the summer months. These storms are expected to be intense and primarily affect the southern and eastern coastal regions.

Fortunately, the worst-case flooding scenario did not materialise

โ€” James CaronThe director of meteorological operations commented on the limited impact of Typhoon Bavi.

While Typhoon Bavi recently weakened over the weekend, avoiding the widespread flooding initially feared by some forecasters, its remnants are still expected to bring heavy downpours to the northeastern provinces of Liaoning and Jilin through July 15.

The primary reason appears to be that the storm tracked slightly farther north and moved inland a bit faster than some of the earlier guidance had suggested

โ€” James CaronCaron explained the meteorological factors that mitigated the potential flooding from Typhoon Bavi.

Experts suggest the storm tracked slightly farther north and moved inland faster than anticipated, limiting the duration of intense moisture over single areas. This dynamic reduced the potential for extreme, back-to-back thunderstorms that often cause severe flooding.

That dynamic reduced the amount of time that Baviโ€™s deepest tropical moisture remained over the same areas, limiting the potential for back-to-back thunderstorms that can produce the most extreme flooding

โ€” James CaronCaron further elaborated on how the storm's path influenced the severity of the rainfall.
DistantNews Editorial

Originally published by The Straits Times in English. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.