The United Kingdom is bracing for a period of sustained warm weather as high pressure builds from the Azores, bringing rising temperatures across England and Wales through the coming week. According to the Met Office, while the heat will be most intense in the south and east, regional variations will persist due to Atlantic airflow in western areas.
Why are temperatures rising across the UK?
The current warming trend is driven by high pressure moving in from the Azores, which acts to settle the atmosphere and allow heat to build. Meteorologists expect this pattern to intensify from Monday, with the peak of the heat likely occurring during the second half of the week. Some areas are likely to meet official heatwave criteria.
Which regions will see the highest heat?
Southern and eastern England are forecasted to bear the brunt of the heat, with temperatures potentially exceeding 30C. In contrast, the north-east of England and eastern Scotland can expect mid-to-high 20s.
The western side of the UK, including Lancashire, the Lake District, western Scotland, and Northern Ireland, will experience a more tempered climate. Residents in these areas will benefit from an Atlantic breeze, which acts like a “natural air conditioner,” effectively capping temperatures in the low-to-mid 20s.
How long will the warm spell last?
Current forecasting models suggest the hot spell could persist into the middle of July. We are unlikely to exceed the record breaking temperatures recorded in June, although there is some uncertainty.
Key Takeaways
* Primary Driver: High pressure arriving from the Azores.
* Peak Period: Expected during the second half of the upcoming week.
* Regional Split: Southern and eastern England face 30C+ highs, while western regions remain cooler due to Atlantic breezes.
* Duration: Models currently point to the warm conditions lasting into the middle of July.
As the high pressure establishes itself, the Met Office continues to monitor the situation, noting that while the trend is clear, local variations will be heavily influenced by coastal geography and wind direction.