Karachi, April 19, 2025 – Residents of Karachi are in for an intense spell of weather as the city prepares for a full week of relentless heat and blazing sunshine.
According to forecasts from AccuWeather, temperatures will soar well above seasonal averages, accompanied by strong UV radiation and dry conditions, making it one of the hottest stretches this year for Pakistan’s coastal metropolis.
On Saturday, April 19, Karachi will experience a high of 37°C with hazy sunshine and breezy afternoon winds reaching up to 20 km/h from the west-southwest. While the RealFeel® temperature is expected to hit 38°C, the RealFeel Shade™ will be slightly lower at 35°C. The UV index remains at an extreme level of 11, prompting health officials to advise limited sun exposure.
As the week progresses, conditions will intensify. On Sunday and Monday, the mercury is expected to rise to 40°C with RealFeel® temperatures peaking at 41°C. Despite slightly lower humidity, the presence of hazy sunshine will make outdoor activities potentially hazardous due to the persistent heat. Breezy conditions in the afternoons might offer minor relief, but overall, the atmosphere will remain sweltering.
Tuesday and Wednesday will likely be the hottest days of the week, with daytime highs reaching 41°C and RealFeel® temperatures escalating to 43°C. The sunshine will be unrelenting, and the Max UV Index will continue to stay at an extreme level, making it essential for Karachi residents to wear protective clothing, stay hydrated, and avoid prolonged exposure during peak hours.
Health authorities have warned the public, especially children, the old-age, and outdoor workers, to take extra precautions. With minimal cloud cover and no rainfall expected, the blazing sunshine will dominate the skies of Karachi, turning the urban heat island effect into a genuine health concern.
As the week unfolds, Karachi must prepare for challenging conditions under the bright but harsh sunshine, highlighting the growing need for heatwave preparedness in the face of changing climate patterns.