Marks Tey (Essex) weather

Headline:

Mostly cloudy with the odd spot of drizzle possible.

Today:

A damp and murky day with light winds and with the extensive low cloud perhaps producing a little further drizzle at times. Temperatures near normal. Maximum temperature 10 °C.

Tonight:

Clear spells developing in the west allowing areas of mist and fog to form, remaining damp and murky in the east. Light winds. Minimum temperature 6 °C.

Thursday:

Mostly dry, but with variable, often large amounts of cloud and perhaps some patchy overnight frost and fog. Temperatures much cooler than of late. Maximum temperature 7 °C.

Outlook for Friday to Sunday:

Mostly dry, but with variable, often large amounts of cloud and perhaps some patchy overnight frost and fog. Temperatures slowly trending downwards to become rather cold into the weekend.

The early part of next week will see fairly quiet, and for most, dry weather with variable amounts of cloud and often light winds. The greatest chance of any rain is likely to be in the far northwest of the UK, and possibly as well in the far south. There is a small chance rain could become more widespread, and temperatures are expected to be around average. Later in the week, periods of much wetter and windier weather will most likely eventually become more prevalent, from northwest to southeast. Ahead of this a colder, more settled southeasterly wind may develop for a time. There is a small chance however, that alternatively winds could turn much more easterly, and colder, bring the risk of snow showers.

A dominant flow from the Atlantic looks likely through this period, resulting in an unsettled, milder and windier than average period. This is likely to result in areas of rain and periods of stronger winds affecting most if not all parts of the UK at times, though with the wettest and windiest weather probably occurring towards the north and west. However, the potential for brief colder spells with associated frost, ice and snow remains, following any deep lows crossing the region.