Early mist and fog soon lift, leaving a settled but mainly cloudy day. Light rain persists beneath the thickest cloud in the north, though bright or sunny spells are likely to develop elsewhere through the afternoon. Maximum temperature 5 °C.
Tonight:
Cloudy with light rain or drizzle spreading slowly towards the southeast. Low cloud brings widespread hill fog across the higher ground, with most places remaining frost free. Minimum temperature 1 °C.
Wednesday:
Patchy rain and drizzle clears to the southeast, leaving a rather cloudy day. Then remaining settled with light winds but feeling cool beneath grey skies. Maximum temperature 5 °C.
Outlook for Thursday to Saturday:
Turning wet and increasingly windy. Persistent rain, heavy at times spreads eastwards through Thursday and Friday. Frequent, blustery showers to follow on Saturday, though some brighter breaks too.
Updated:
UK long range weather forecast
This looks like being and unsettled period across much of the country, but especially for northern and western parts. During Sunday and into Monday, another deep area of low pressure looks likely to move across the UK from the Atlantic, bringing wet and windy conditions to most if not all parts. Further spells of wet and windy weather look like moving east from the Atlantic to affect the UK during the rest of the period too, with drier, brighter spells in between. There is the potential for further weather warnings or even a named storm at some point. Temperatures overall are likely to end up being around or slightly above average, though wind and rain will make it feel chilly, and brief cool spells are likely between weather systems.
Updated:
Generally mild at first, with periods of rain, showers and strong winds, alternating with short-lived brighter and cooler interludes, but with time these should become increasingly confined to northern parts. Pressure may build across southern areas, which would result in longer drier and more-settled spells here, albeit with an increased chance of overnight fog and frost with temperatures falling correspondingly.