Parts of England are expected to experience higher temperatures than popular European holiday destinations this week, with a potential spike in temperatures forecasted. The ECMWF weather model suggests temperatures could reach as high as 18C in certain areas of England starting as early as tomorrow. This comes after a period of gloomy weather conditions across the UK.
By midday, maximum temperatures of up to 15C are projected across southern England, the Midlands, and East Anglia. Cities like London, Norwich, and Southampton are poised to enjoy unusually warm weather conditions. In contrast, Wales and northern England could see highs of 13C around midday, with Northern Ireland expecting temperatures around 11C. Scotland is likely to experience slightly cooler temperatures.
The eastern regions of England could reach temperatures as high as 18C by 6pm, while the south, Midlands, and parts of Wales may see highs of 16C to 17C. In comparison, Barcelona is forecasted to hit 16C on Wednesday, while Athens is expected to reach only 15C.
Northern England could also experience temperatures of 15C, with Northern Ireland expecting around 13C. Scotland is anticipated to have cooler temperatures, struggling to reach double digits in most areas. Temperature anomaly maps for Wednesday indicate temperatures well above the seasonal average, with areas in deep red indicating the highest temperature anomalies.
The Met Office suggests pleasant weather conditions for this week, with a forecast of rain in the north and west on Wednesday, drier conditions in the southeast with sunny spells, and wetter and windier weather for all on Thursday. Cooler temperatures are expected with sunshine and showers on Friday. Looking ahead to February 28 to March 9, changeable conditions are anticipated, with rainfall heaviest in the northwest and the possibility of snow on high ground in the north. Drier and settled periods may occur later, especially in the east, with strong winds and gales at times. Temperatures are likely to be near or slightly above average.
