The island of Taiwan is bracing for a sweltering day as temperatures are predicted to soar to 37°C in certain areas. However, relief from the heat may come soon as Typhoon Mekkhala is expected to bring showers and thunderstorms later this week. Weather conditions will mostly remain cloudy to sunny, with temperatures during the day ranging from 31°C to 36°C. Specific regions, such as those north of Taoyuan, inland areas in the central and southern parts of the island, and the Hualien-Taitung Rift Valley, could experience the hottest temperatures, exceeding 37°C.
Typhoon Mekkhala is anticipated to pass closest to Taiwan on Wednesday, although it is not expected to directly hit the island. Despite this, the typhoon’s outer bands are projected to cause intermittent showers and thunderstorms, particularly affecting northeastern and western parts of Taiwan. Additionally, mountainous areas in the southern region could witness localized heavy rains. As of Tuesday afternoon, the typhoon was situated approximately 500 kilometers southeast of Oluanpi, advancing in the direction of the Ryukyu Islands and southern Japan. Meteorologists predict that the storm will diminish in strength due to less supportive atmospheric and oceanic conditions.
Following the typhoon’s departure, a weather front positioned north of Taiwan is likely to maintain unsettled weather conditions through Friday and Saturday. This will result in periodic rain and thunderstorms in central and northern regions, while other parts of the island will experience scattered showers. The anticipated increase in cloud cover and precipitation is expected to cool temperatures, bringing them down to around 30°C from Wednesday through Saturday.
In the broader weather context, Tropical Storm Higos is currently positioned far to the east-southeast of Taiwan. The storm is tracking towards Japan and is not projected to have any impact on Taiwan’s weather. This separation from Taiwan ensures that the island’s primary concern remains with the effects of Typhoon Mekkhala and the subsequent unstable weather front.