When will the hot weather in Zhejiang end?

The subtropical high returned, and the temperature in Zhejiang continued to drop by 30℃ in September 13.

Recently, the hot weather in Zhejiang has attracted much attention, and the hot summer lasts for many days, which makes people feel unbearable. However, according to the forecast of the meteorological department, the subtropical high will soon return to its original position, and Zhejiang will usher in cooling weather on September 13, which will bring some comfort and expectation to people.

Subtropical high refers to subtropical high, which is one of the important factors affecting the summer climate in China. In areas controlled by subtropical high, the weather is usually characterized by high temperature, dryness and little rain. The return of subtropical high will bring a series of changes, the most important of which is cooling.

In addition to cooling down, this weak cold air process can also bring some rainfall. Although the rainfall may not be large, it can also alleviate the drought in Zhejiang to some extent. Rainfall can also purify the air and make people breathe fresher air.

After this cooling weather, the subtropical high will continue to control the weather in Zhejiang, and the hot weather will continue for some time. However, as the area controlled by subtropical high gradually moves northward, the high temperature weather in Zhejiang will gradually weaken. The hot weather in Zhejiang will obviously ease and usher in a cooler autumn.

The return of subtropical high will bring cooling and rainy weather, which will bring some comfort and expectation to people. In hot weather, people should also pay attention to heatstroke prevention and cooling, arrange travel time reasonably, and try to avoid going out in high temperature. I hope that after this cooling weather, the temperature in Zhejiang will gradually drop and usher in a more comfortable autumn. Yuanshou

Subtropical high fault

When the intensity of the subtropical high is weak, the typhoon can also directly cross the ridge of high pressure and move northward, causing the subtropical high to break.