Typhoon Bavi approaches Taiwan with differing landfall predictions
Translated from Chinese, summarized and contextualized by DistantNews.
At a glance
- Typhoon Bavi is approaching, with forecasts from Taiwan, Japan, and South Korea predicting a path near the northern coast as a "northwest typhoon."
- The US and Hong Kong meteorological agencies anticipate the storm's center passing further offshore, while China's agency predicts a potential landfall in northeastern Taiwan.
- Bavi is a large typhoon, with its storm radius expected to reach land by Friday evening, potentially covering most of Taiwan by Saturday, prompting calls for typhoon preparedness.
Typhoon Bavi is intensifying as it moves closer to Taiwan, with forecasts from multiple meteorological agencies offering differing predictions on its exact path and potential impact. As of Thursday afternoon, the storm was located approximately 1,380 kilometers southeast of Taiwan.
Taiwan, Japan, and South Korea's weather agencies largely agree that Bavi will move as a "northwest typhoon," potentially passing west of the Yaeyama Islands and nearing Taiwan's northern coast. In contrast, the US National Hurricane Center and the Hong Kong Observatory predict the storm's center will pass at a greater distance from Taiwan. Notably, China's meteorological administration is the sole agency forecasting a direct landfall in northeastern Taiwan.
Bavi is characterized as a large typhoon, with its seven-day wind radius extending 380 kilometers and its ten-day wind radius reaching 180 kilometers. Forecasters anticipate the storm will be at its peak intensity on Thursday and Friday before showing signs of weakening as it nears Taiwan. However, it is still expected to approach the island as a strong typhoon.
Forecasters warn that Bavi's storm radius could make landfall by Friday evening, with the potential to engulf most of Taiwan by Saturday. Residents are urged to take necessary precautions and prepare for the typhoon's impact. The National Science and Technology Center for Disaster Reduction is consolidating these various forecasts to aid in disaster preparedness efforts.
Originally published by Liberty Times in Chinese. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.