Potential Impact of Tropical Storm Usagi on Taiwan

The Central Weather Administration (CWA) has indicated that a nascent tropical storm, likely to be named Usagi, is expected to form in the western Pacific and could threaten Taiwan. This event marks an unusual occurrence of four tropical cyclones existing simultaneously. The storm’s trajectory and impact on Taiwan depend on the prevailing high-pressure system, alongside anticipated temperature changes due to the northeast monsoon.

The Central Weather Administration (CWA) has reported the presence of four weather systems in the western Pacific, with a nascent tropical storm expected to develop into what would be named Usagi, potentially threatening Taiwan. This would mark an unprecedented occurrence of four tropical cyclones simultaneously existing in November, a phenomenon not seen since October 1994. Forecasts indicate that Usagi will likely move northwest before drifting toward the east coast of Luzon in the Philippines. Depending on the Pacific high-pressure system’s movement, there is a possibility that the storm may later impact Taiwan or veer towards the South China Sea.

The article discusses weather phenomena occurring in the western Pacific, particularly the forecasts concerning tropical storms, highlighting the unusual situation of multiple concurrent tropical cyclones. The implications of these weather systems for Taiwan, including temperature fluctuations due to a northeast monsoon, are also explored, alongside an overview of other regional storms. Furthermore, it touches upon the historical context of tropical cyclones in that region and the potential effects they may have on Taiwan’s weather.

In summary, the CWA is monitoring several weather systems, with the potential tropical storm Usagi posing a threat to Taiwan. As recent historical data show, the situation of multiple concurrent storms is atypical for November. The regional weather patterns will require constant observation to assess any direct impacts on Taiwan, including temperature variations caused by the northeast monsoon.

Original Source: www.taipeitimes.com