The haze in Huanghuai and other places in northern China will gradually weaken and dissipate from the afternoon of November 17-qianlong.com.cn



[ad_1]

Source caption: The haze in Huanghuai and other places in northern China will gradually weaken and dissipate from the evening of November 17.

China News Service, Nov 16 According to the Central Meteorological Observatory website, during the day 16-17, light to moderate haze occurred over most of northern China, the central and western regions of Huanghuai, and the plain Fenwei, and local areas along the mountains in southwest Hebei had severe haze. . Starting in the afternoon of the 17th, due to the combined effects of precipitation and cold air, the haze in the aforementioned areas gradually weakened and dissipated from west to east. Since 18, due to the combined effects of precipitation and cold air, most of the central and eastern regions have relatively good atmospheric diffusion conditions with no obvious pollution.

The Central Meteorological Observatory continued to issue forecasts of heavy fog at 06:00 on the 16th. From the morning to the morning of the 16th, there was heavy fog in parts of southeastern Hebei, north and southeastern Shandong, southeastern parts of Henan, central and northern Jiangsu, northern Zhejiang, the Liaodong Peninsula and other places. , There is heavy dense fog with local visibility of less than 200 meters.

The specific forecast is as follows:

Beijing-Tianjin-Hebei and surrounding areas

During the day 16-17, there was light to moderate haze over most of the area, with heavy haze along the mountains in southwest Hebei. On the night of the 16th, there was a dense fog in parts of the southeast of the region. Starting in the afternoon of the 17th, due to the combined effects of precipitation and cold air, the fog in the aforementioned areas gradually weakened and dissipated. As of the 18th, most of the region has good atmospheric diffusion conditions with no obvious contamination.

Yangtze River Delta

In the next week, atmospheric diffusion conditions will be better in most of the region and there will be no obvious haze. From night to morning from 16 to 17, there was fog in the central and eastern part of the region, and local visibility was less than 200 meters.

Fenwei plain area

From the 16th to the morning of the 17th, there was light to moderate fog over most of the area, and fog overnight. Starting in the afternoon of the 17th, due to the combined effects of precipitation and cold air, the haze gradually weakened and dissipated. As of the 18th, most of the region has good atmospheric diffusion conditions and no obvious pollution climate.

Pearl River Delta region

In the next week, most of the region will have better atmospheric diffusion conditions and there will be no obvious pollution.

Central china

During the 16th, the atmospheric diffusion conditions in the center and north of the region were normal, with light fog in some areas and moderate fog in the local area. Since the night of the 16th, due to the influence of rainfall, most of the area has good atmospheric diffusion conditions without evident haze.

Southwest region

From the 16th to the 17th, there was a light haze in the southwestern part of the Sichuan Basin and a dense fog in some areas at night. Since the 18th, due to the influence of rainfall, atmospheric diffusion conditions in most of the region are good and there is no obvious haze.

Northeast Region

On the 16th, atmospheric diffusion conditions in the central part of the region were normal and some areas had light haze. Since the 17th, due to the combined effects of precipitation and cold air, regional atmospheric diffusion conditions are good and no haze is evident.

Northwest Region

On the 16th, atmospheric diffusion conditions in the central and eastern regions of the region were normal with light haze. Since the 17th, due to the combined effects of precipitation and cold air, atmospheric diffusion conditions in most of the region are better. There is a dusty climate in the southern Xinjiang Basin.

The forecast for the next three days is as follows:

[ad_2]