China News Service, March 24th. According to the website of the Central Meteorological Observatory, in the next two days, most of the central and eastern regions will be dominated by sunny to cloudy weather, and the temperature will continue to rise in most areas. Affected by strong winds and upstream transmission, Xinjiang The southern Xinjiang basin and parts of the eastern part, western Gansu, central and western Inner Mongolia and other places have blowing sand or floating dust, and local sandstorms.

From 25th to 27th, light to moderate rains will occur in most of the central and eastern regions, heavy rains will occur in some areas along the river, and moderate to heavy snow will occur in parts of the eastern part of the Qinghai-Tibet Plateau.

Temperatures will continue to rise in most parts of my country

  In the next two days, sunny to cloudy weather will prevail in most of the central and eastern regions, and the temperature will continue to rise in most areas; affected by windy weather and upstream transmission, the southern Xinjiang basin and eastern Xinjiang, western Gansu, central and western Inner Mongolia, etc. Some areas of the land have blowing sand or floating dust weather, and local sandstorms.

There will be a large-scale rainfall process in the central and eastern regions

  From 25th to 27th, light to moderate rains will occur in most of the central and eastern regions, heavy rains will occur in some areas along the river, and moderate to heavy snow will occur in parts of the eastern part of the Qinghai-Tibet Plateau.

Specific forecast for the next three days

  From 08:00 on March 24 to 08:00 on the 25th, there was light to moderate snow or sleet in parts of northeastern Inner Mongolia, western Heilongjiang, northern Xinjiang and areas along the Tianshan Mountains, southern Tibet, and southern Qinghai.

There was light to moderate rain in parts of southwestern Heilongjiang, southeastern Tibet, eastern Southwest, and eastern Jiangnan.

There are 4 to 6 winds in parts of northwest Inner Mongolia, the Tianshan Mountains in Xinjiang, southern Hebei, and Shandong Peninsula. Among them, there are 6 to 7 winds in parts of northern Tibet.

National precipitation forecast map (from 08:00 on March 24th to 08:00 on March 25th) Source: Central Meteorological Observatory website

  From 08:00 on March 25 to 08:00 on the 26th, there was light snow or sleet in parts of eastern Tibet, central northwestern China and other places. Among them, there was moderate to heavy snow (5-9 mm) in parts of southeastern Qinghai and other places.

There were light to moderate rains in parts of central and western Inner Mongolia, most of Heilongjiang, southeastern Tibet, eastern Northwest China, western North China, northern Sichuan Plateau, eastern Southwest China, western South China and other places. Among them, there were heavy rains in some areas such as southeastern Tibet. .

There are 5 to 7 winds in parts of Hexi, Gansu and northern Zhejiang.

National precipitation forecast map (from 08:00 on March 25th to 08:00 on March 26) Source: Central Meteorological Observatory website

  From 08:00 on March 26th to 08:00 on the 27th, there was light to moderate snow or rain in parts of northeastern Inner Mongolia, northwestern Heilongjiang, northern Xinjiang and areas along Tianshan Mountains, eastern Tibet, central northwestern regions, and northern Sichuan plateau. Sleet, among them, in the northeast of Inner Mongolia, northern Xinjiang, Ili River Valley, southern Qinghai and other places is as large as a blizzard (9-15 mm).

Eastern Inner Mongolia, most of Northeast China, southeastern Tibet, southeast of Northwest China, most of North China, Huanghuai, Jianghuai, Jianghan, northern and western Jiangnan, northern Sichuan Plateau, eastern Southwestern China, western South China and other places have small Moderate rain.

There are 4-6 winds in parts of northwest Inner Mongolia, southern Tibet, and central Zhejiang.

National precipitation forecast map (from 08:00 on March 26th to 08:00 on March 27th) Source: Central Meteorological Observatory website