The UK is bracing itself for another spell of hot weather this weekend, with forecasters from the Met Office predicting temperatures could once again reach the 30C mark in some regions. This comes after a period of more unsettled conditions, signaling a return to the higher temperatures experienced earlier in the summer.
The warmth is expected to begin building from Friday, intensifying over Saturday and Sunday. While the south and east of England are most likely to experience the highest temperatures, reaching potentially 28C to 30C, other parts of the UK will also see a notable increase in mercury. Wind speeds are generally expected to remain light, typically below 10 mph, which could make the heat feel more intense.
Regionally, East Anglia and the South East of England are anticipated to see the warmest conditions, with temperatures consistently in the high twenties. For the Midlands and parts of northern England, temperatures are likely to hover in the mid-twenties. Scotland and Northern Ireland will also experience warmer conditions than recent days, with temperatures possibly reaching 20C to 23C, though the far north and west of Scotland may remain slightly cooler and more susceptible to isolated showers. Wales is also set to enjoy a warm weekend, with temperatures potentially reaching 25C to 27C in central and eastern areas.
The Met Office is advising the public to take precautions against the heat, particularly those who are vulnerable. Staying hydrated, seeking shade during the hottest parts of the day (typically between 11 am and 3 pm), and wearing light, loose-fitting clothing are recommended. While no official heat health alerts have been issued yet, the potential for high temperatures warrants a degree of caution.
This impending heatwave follows a somewhat mixed start to the summer, which has seen periods of both sunshine and significant rainfall. The return of 30C temperatures underscores the variability of British summer weather but also highlights the ongoing trend towards more frequent and intense heat events, prompting discussions around climate patterns.