Cupar (Fife) weather

Headline:

Dry and cold today. Frost tonight.

Today:

All parts will have a dry and cold day with some bright or sunny spells. The east may see more in the way of cloud at times. Maximum temperature 4 °C.

Tonight:

This evening will be dry with a frost. The rest of the night will be dry with clear periods and a few freezing fog patches through the Central Belt. Minimum temperature -4 °C.

Monday:

Dry with variable amounts of cloud and sunny intervals. Freezing fog patches may linger in the afternoon. Cold. Maximum temperature 4 °C.

Outlook for Tuesday to Thursday:

Dry on Tuesday and Wednesday, some overnight frost. Freshening northwesterly winds will bring showers across the north on Thursday, these turning wintry.

An area of low pressure moves through the North Sea at first, which leads to rain and showers spreading south across the UK. Thereafter high pressure will likely be centred to the northwest with low pressure to the east, which allows a cold, showery, northerly flow develop for a time. For many this leads to a fairly settled period but there will be some wintry hazards including perhaps snow to low levels to north facing coastal areas at times. Showers will likely spread further inland at times and there may be some windier periods with more prolonged rain, however on the whole it will be drier than average. Temperatures will likely be below average for much of the period though it may turn near average or above average later.

Whilst confidence in details is low, high pressure will probably remain close to the UK initially, leading to slowly evolving weather patterns. Periods of relatively settled weather interspersed with more changeable interludes are likely, as are some spells of showers, especially around coastal areas. Temperatures will likely be near to average during this time, but a risk of wintry hazards affecting some parts at times remains, especially early in the period. Later in the month, a transition to more widely changeable or unsettled conditions is possible, as frontal systems are able to spread in from the Atlantic.