Does typhoon khanun have an influence on Guangxi?

Typhoon khanun has an influence on Guangxi.

On August 2nd, "Kanu" gradually moved northward to affect China, and the cloud system of convergence zone brought by it will also gradually move northward, and its influence on Guangxi will be strengthened. The weather in southern Guangxi and western Guangxi is moderate rain+local rainstorm to heavy rainstorm. From day to night on the 2nd, Nanning was cloudy with showers or thunderstorms and local heavy rain. Southeast wind 1 ~ 2, with the highest temperature of 32℃ and the lowest temperature of 25℃.

On the 3 rd and 4 th, it was rainy in Guangxi, with moderate rain, partial heavy rain and heavy rain in parts of western and southern Guangxi; The highest temperature in most areas is 3 1~34℃. On the 3rd and 4th, the highest temperature in most parts of Guangxi was maintained at 32~34℃, and the rain "humidified" the air, making people feel sultry like taking a sauna. Guangxi Meteorological Observatory predicts that it will be rainy in mid-August in Guangxi, and it will be affected by the shear line from 10 to 12 and 15 to 18, and there will be a strong rainfall process in eastern and southern Guangxi.

The development process of typhoon khanun:

1.In the early morning of July 28th, 2023, typhoon khanun officially numbered No.6 in 2023.

2. At 8: 00 on July 29th, 2023, the center of typhoon khanun was located on the ocean surface about 1 1,380 km east of Manila. The maximum wind force near the center is Grade 8 (1.8m/s), the lowest air pressure in the center is 998 hectopascals, and the radius of Grade 7 wind circle is 220 ~ 260km.

3. On August 9th, 2023, the center of typhoon khanun was located in the northern part of the East China Sea about180km west of Kagoshima, Kyushu, at 5pm on the 9th. The maximum wind force near the center is11(30m/s), and the lowest air pressure in the center is 980 hectopascals.

4. On August, 2023 10/0, Kanu landed on the coast of Gyeongsangnam-do, South Korea. When landing, the maximum wind force near the center 10 (28 m/s), and the lowest pressure in the center is 975 hectopascals.