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Typhoon Bavi: Philippines and Taiwan Hit

Typhoon Bavi has already killed fifteen people in the Philippines. Evacuations and school closures are ongoing in Taiwan. The storm is expected to hit northern and eastern Taiwan on Friday and Saturday.

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Rédaction Weather IA

vendredi 10 juillet 2026 à 09:24Updated mercredi 5 août 2026 à 05:005 min
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Typhoon Bavi: Philippines and Taiwan Hit
Typhoon Bavi: Fifteen Deaths in the Philippines, Evacuations and Schools Closed in Taiwan

Typhoon Bavi has already struck several Pacific islands, causing fifteen deaths in the Philippines. Taiwanese authorities have carried out evacuations and closed schools due to the storm, which is expected to hit northern and eastern Taiwan on Friday and Saturday.

Typhoon Bavi: Extraordinary Meteorological Phenomenon

Typhoon Bavi is an extraordinary meteorological phenomenon that has already caused significant damage in the Philippines. The storm has also affected other Pacific islands, causing floods and strong winds. According to forecasts, Typhoon Bavi is expected to also touch the southern islands of Japan and China.

Storms are complex meteorological phenomena caused by heat and humidity. When the air is heated by the sun, it expands and rises, creating a vacuum filled by cooler air. This creates a convection cycle that can lead to the formation of storms. Storms are also influenced by atmospheric currents and sea temperatures. The warm waters of the Pacific Ocean are particularly conducive to typhoon formation, as they have an average temperature of 28 degrees Celsius, which is very high.

Scientific Causes of Typhoon Bavi

Typhoons are complex meteorological phenomena caused by heat and humidity. When the air is heated by the sun, it expands and rises, creating a vacuum that is filled by cooler air. This creates a convection cycle that can lead to the formation of typhoons.

Scientists also note that typhoons are influenced by the position of winds and atmospheric currents. When winds and atmospheric currents are favorable, typhoons can strengthen and move quickly towards the coast. Scientists use meteorological models to predict the movement and intensity of typhoons.

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