Before Friday, most of Taiwan will be "warm and hot like summer", and the high temperature will exceed 32 degrees.

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[Instant News/Comprehensive Report] There is no rainfall in various places this morning (21st), and there is dense fog in Matsu. The Meteorological Bureau has issued a special report on dense fog for Matsu. The temperature is slightly higher than yesterday morning, and the lowest temperature on flat ground is between 16-18 degrees. It is hot, cool in the morning and evening, and the temperature difference between day and night is large. Before Friday (24th), most of Taiwan will be "warm and hot like summer".

Wu Derong, an adjunct associate professor at the Department of Atmospheric Sciences of Central University, said in the "Sanlizhun Meteorology. Boss leaking the secrets", the latest European model (ECMWF) simulation shows that the southern air mass continues to strengthen from today to Friday, getting hotter during the day, cooler in the morning and evening, and the temperature difference between day and night is large .

The temperature on the plains in various regions today is as follows: 16 to 29 degrees in the north, 18 to 32 degrees in the center, 18 to 34 degrees in the south, and 17 to 33 degrees in the east.

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From tomorrow (22nd) to Friday, most of Taiwan will be sunny and cloudy. The temperature will rise above 35 degrees, and the western half and Jinma are likely to be foggy in the early morning.

The latest model simulation shows that Saturday and next Sunday will be affected by the front. There will be local showers in the northern and eastern half, and there will also be a chance of local short-term showers in the central part; Until the 30th) the front is still active in the area from South China to Taiwan. During this period, the rain belt near the front has a chance of touching Taiwan. The impact on the northern and eastern half is greater, and the further south, the less affected.

However, Wu Derong emphasized that this is a simulation of the 7th to 10th day. The temporal and spatial distribution of rainfall has great uncertainty. The models of various countries are also constantly adjusted. It is necessary to continue to observe the contribution of rainfall to each region.