A vivid weather map illustrates the precise timing of a 500-mile blizzard sweeping across the UK as temperatures decrease. The Met Office indicates that an Arctic Maritime air mass will bring colder conditions from northern Scotland southwards, resulting in snow and rain across large parts of the country. The most intense blizzards are expected early Sunday.
The map highlights snowfall from Aberdeen in the northeast to Cromer, Norfolk in the east, covering a continuous 500-mile stretch along the North Sea coastline. Areas like Leicestershire and Northamptonshire in the Midlands are likely to see snow showers around 6 am.
The heaviest snowfall is predicted for the North York Moors and the Yorkshire Dales. Settlement of snow is expected mainly on high ground areas above 200 meters in Scotland and northern England, with accumulations of 2-5cm and up to 10cm above 300 meters. As the snow clears southwards, temperatures will rapidly drop, potentially leading to icy surfaces.
Persistent blizzards are forecast for North Yorkshire and East Yorkshire until mid-morning, continuing into the following week with around 38 inches of snow expected in 24 cities including Worcester and Peterborough. Scotland is anticipated to face the harshest conditions, particularly in the Highlands.
Temperatures will plummet over the weekend, with parts of the East of England and North Yorkshire feeling as cold as -8C on Sunday. Despite an air temperature around freezing, a strong southwesterly wind will make it feel colder.
Netweather forecaster Nick Finnis mentioned on the service’s blog that rain, sleet, and snow will clear from eastern areas on Sunday morning, followed by drier conditions temporarily, before wintry showers move eastward from the west.
The snow and rain increase the risk of flooding, which has already caused damage to homes and businesses in Worcester, Tewkesbury, and other areas along the River Severn this month. Numerous flood warnings are currently in effect, including concerns for groundwater in the Cerne Valley in Dorset.
