Haddington (East Lothian) weather

Headline:

A mainly dry and bright day.

Today:

the day will be mainly dry with the chance of an odd light shower in the northwest during the morning. The afternoon will stay dry with thickening cloud. Maximum temperature 19 °C.

Tonight:

The night will continue dry but cloudy. Clear spells will begin to increase in the southwest later, spreading east towards morning. Minimum temperature 11 °C.

Thursday:

Thursday will be warm, starting cloudy in the north during the morning. Sunny periods will spread north by the afternoon. Maximum temperature 23 °C.

Outlook for Friday to Sunday:

Bright with a few light showers Friday. Dry with sunny spells Saturday. After a dry start a band of patchy rain and showers will spread east Sunday afternoon.

Initially hot across eastern Britain in particular, with many areas dry although a few showers will be possible in places, perhaps thundery. Temperatures are likely to lower somewhat into next week, but still remaining very warm across parts of the east and southeast. There will also be an increasing chance of some showers or thunderstorms in southern and western areas, and perhaps some longer spells of rain in the far north. Later in the week and into the following weekend, higher pressure may become more influential, especially across central and southern areas where longer spells of dry and warm weather are most likely, whilst it remains cooler and generally more changeable farther to the northwest.

Rather changeable conditions are anticipated through the first half of July, with the wettest and windiest conditions most likely towards the northwest, with a risk of some heavy rain at times, especially over hills. Southern and eastern areas are most favoured for longer drier and more settled spells, although even here some occasional rain or showers will be possible, perhaps thundery. Temperatures are expected to be above average for most areas, especially towards the southeast where there will be an ongoing chance of some very warm or hot conditions at times.