West Rand braces for severe heatwave
Municipal authorities urge water conservation as Gauteng prepares for weekend storms and near-40°C conditions.
Residents across the West Rand have been urged to prepare for a second heatwave expected to last until Friday, November 13.
Weather lover and meteorological hobbyist Juandré Vorster, known as ‘The Weather Hooligan’, warned that severe heat will grip the region over the coming days.
Vorster explained that temperatures could climb towards 40°C in parts of Pretoria and adjacent areas.
Thunderstorms expected
Vorster noted that the intense daytime heat may trigger thunderstorms across the province.
“We could see the first storm activity developing as early as Friday night, but Saturday and Sunday are looking particularly interesting for thunderstorm development across Gauteng. I’m expecting the potential for spectacular lightning displays, heavy localised downpours, strong gusty winds and possibly some isolated hail,” said Vorster.
Mogale City issues warning and urges precautionary measures
Mogale issued a warning today, November 11, on its Facebook page for residents about the upcoming second heatwave of the season.
The municipality’s assistant manager for media and public relations, Refilwe Mahlangu, said the South African Weather Service announced that temperatures are expected to reach highs of 36°C across several parts of Gauteng, including Mogale City.
Mahlangu urged residents to take precautions during the heatwave by staying hydrated, drinking plenty of water and avoiding prolonged exposure to direct sunlight.
Municipal water pressure
Mahlangu stated that the heatwave is expected to increase water consumption, which will place additional pressure on the municipal water system.
“Residents are urged to use water sparingly and avoid non-essential use, like watering gardens during the day and filling swimming pools, to help maintain sufficient supply across affected communities.”
The local municipality has appealed to residents to stay cool, keep hydrated and conserve water during the high-temperature period.
