Warnings have been issued for snow and ice by the Met Office, as a northerly airflow will bring some disruptive weather through next week.
Yellow warnings for snow and ice have been issued with the focus of initial snow showers in northern and eastern areas of the UK.
5-10cm of snow could accumulate over northern Scotland and snow is likely within the warning area even to lower ground, with icy conditions likely to cause travel disruption.
The area of high pressure that has brought recent benign conditions will move away to the west at the start of next week, allowing a northerly airflow to sweep across the UK.
The introduction of an arctic maritime airmass will bring snow showers to Scotland, Northern Ireland and along the east coast of England from Monday.
The snow showers will predominantly impact northern and eastern areas; however, it will be cold across the UK, with widespread freezing conditions overnight.
Deputy chief meteorologist, Chris Almond, said: “Very cold air will spread across the UK from late on Sunday through early next week.
“This brings with it snow even to low levels in the north and east through Monday and Tuesday, and in excess of 10cm could accumulate, most likely on high ground in the north, but also settling for a time at lower levels.
“With freezing overnight temperatures and the risk of ice, there’s a risk of some travel disruption and wintry hazards are likely to persist through much of next week, even further south for a time, so keep an eye on the Met Office forecast for the latest information.”
James Coles of Scottish Mountain Rescue and team leader at Moffat Mountain Rescue said: “The UK is entering a period of increasingly challenging weather conditions with snow, ice and gusty winds all featuring prominently in the forecast for the coming week.
“Upland areas, especially in the mountains, can see conditions change very rapidly and they may be markedly different from surrounding lowland areas.
“Met Office warnings come into force on Monday, but conditions ahead may deteriorate more quickly at higher elevations.”