UK Set for Wet and Windy Weekend as Widespread Snow Remains Unlikely
Met Office forecasts heavy rain and strong winds for much of England and Wales, with sleet and hill snow limited to higher ground in Scotland and northern England
Most of the United Kingdom will face a spell of wet and windy weather this weekend, with the Met Office saying widespread snowfall is unlikely despite plunging temperatures and early-winter anticipation.
Forecasters expect a developing low-pressure system to move east across southern parts of the country on Saturday, bringing heavy rain and strong winds to England and Wales.
While the system may deliver some wintry precipitation, meteorologists emphasise that any snow will be confined largely to higher ground.
In Scotland, sleet and hill snow are considered quite likely, particularly across upland areas, and the South Pennines may also see brief flurries.
The Met Office noted that the exact track and depth of the low-pressure system remains uncertain.
A slightly more northerly trajectory could increase the risk of sleet or snow over modest elevations in northern England and southern Scotland, whereas a more southern route would reduce the chances of anything wintry.
Sunday is expected to bring clearer and colder conditions for many areas, with brighter spells developing across Northern Ireland and parts of England.
However, forecasters warn that a new period of unsettled weather is likely to begin as Advent approaches, keeping temperatures on the chilly side.
Last week brought significant snowfall to parts of the UK, with accumulations reaching 25 centimetres in some regions and prompting amber warnings.
But forecasters say it is still too early to predict whether Christmas Day will see any snow.
A “white Christmas” is defined simply as a single snowflake falling anywhere in the UK on 25 December, and that determination can usually only be made reliably in the week before the holiday.
Official records show snowfall on Christmas Day is relatively common, but settled snow is not.
While more than half of Christmas Days since 1960 have seen at least one location record falling snow, sustained ground cover has occurred only a handful of times — most recently in 2010, the UK’s whitest Christmas on record.
Forecasters expect a developing low-pressure system to move east across southern parts of the country on Saturday, bringing heavy rain and strong winds to England and Wales.
While the system may deliver some wintry precipitation, meteorologists emphasise that any snow will be confined largely to higher ground.
In Scotland, sleet and hill snow are considered quite likely, particularly across upland areas, and the South Pennines may also see brief flurries.
The Met Office noted that the exact track and depth of the low-pressure system remains uncertain.
A slightly more northerly trajectory could increase the risk of sleet or snow over modest elevations in northern England and southern Scotland, whereas a more southern route would reduce the chances of anything wintry.
Sunday is expected to bring clearer and colder conditions for many areas, with brighter spells developing across Northern Ireland and parts of England.
However, forecasters warn that a new period of unsettled weather is likely to begin as Advent approaches, keeping temperatures on the chilly side.
Last week brought significant snowfall to parts of the UK, with accumulations reaching 25 centimetres in some regions and prompting amber warnings.
But forecasters say it is still too early to predict whether Christmas Day will see any snow.
A “white Christmas” is defined simply as a single snowflake falling anywhere in the UK on 25 December, and that determination can usually only be made reliably in the week before the holiday.
Official records show snowfall on Christmas Day is relatively common, but settled snow is not.
While more than half of Christmas Days since 1960 have seen at least one location record falling snow, sustained ground cover has occurred only a handful of times — most recently in 2010, the UK’s whitest Christmas on record.
