Taipei: A passing weather front and strengthening northeasterly winds are forecasted to bring unstable weather conditions to Taiwan on Tuesday, with the potential for heavy downpours in the northern and central regions, as reported by the Central Weather Administration (CWA).
According to Focus Taiwan, the southward-moving front will cause showers and thunderstorms across the nation throughout the day. The northern half of Taiwan is expected to experience the most significant impact from this weather system. The CWA has warned that localized heavy rain is possible in the north, with brief but intense downpours likely in parts of central Taiwan.
Temperatures in northern Taiwan are expected to drop slightly as seasonal winds gain strength. Highs in areas north of Hsinchu and in Yilan are forecasted to be between 22-24 degrees Celsius, while central and eastern Taiwan might see temperatures ranging from 26-29 degrees. Southern Taiwan could reach approximately 31 degrees, with islandwide lows anticipated to be
between 20 and 23 degrees, as per CWA forecasts.
The CWA has issued a strong wind advisory for Orchid Island, Green Island, Taoyuan, Hsinchu City and County, Taichung, Changhua, and Pingtung. These areas may experience sustained winds of 41-51 kilometers per hour and gusts of 63-75 kph through Wednesday morning.
Weather conditions are expected to improve by Wednesday as the front weakens and northeasterly winds subside, leading to a rebound in temperatures during the day. Northern and eastern Taiwan are expected to reach highs of 26-28 degrees, while central and southern regions might see temperatures between 29-30 degrees, with overnight lows ranging from 20 to 24 degrees nationwide.
From April 9 to 14, Taiwan is predicted to experience stable and warmer weather, characterized by mostly cloudy to sunny skies, according to the CWA.
Independent meteorologist Wu Der-rong cautioned that the front could lead to strong convective activity through early Wednesday, warning of sudden heavy rains that may result i
n localized flooding.