A severe heatwave has swept across Karachi and several districts of Sindh, pushing temperatures well above normal and increasing health risks for residents.
According to Beyond Time News, multiple cities across the province are experiencing extreme heat, with conditions expected to worsen in the coming days.
In Hyderabad, the temperature reached 40°C but felt closer to 44°C due to humidity. Sukkur and Ghotki recorded a high of 44°C, while Jacobabad, Dadu, and Larkana saw temperatures climb to 43°C. Nawabshah also faced intense heat, with the mercury touching 42°C.
Dry Weather and Rising Temperatures Ahead
The Pakistan Meteorological Department (PMD) has forecast continued dry weather across most parts of Sindh. Officials warned that daytime temperatures in central and upper districts could remain 4 to 6 degrees Celsius above normal.
A heatwave alert has been issued until May 3, urging residents to take precautions as the intensity of the heat increases.
Heatwave Alert: Temperatures Expected to Cross 40°C in Sindh and Balochistan
Super El Niño Raises Global Concerns
Experts are also closely monitoring the possible return of the Super El Niño weather phenomenon, which could further worsen climate conditions.
El Niño occurs when ocean surface temperatures in the Pacific rise unusually high, disrupting global weather systems. This often leads to hotter temperatures, irregular rainfall, and weaker monsoon seasons in South Asia.
Weather specialists warn that Karachi’s “feels like” temperature could rise even further if the Super El Niño effect strengthens.
Anjum Zaigham, Deputy Director at the PMD, said early projections suggest El Niño could develop this summer and intensify into a stronger phase between August and September. He added that such a pattern may suppress monsoon rains and contribute to prolonged heat.
Global Outlook on El Niño
International climate agencies have also issued alerts. The United Nations has indicated that El Niño conditions could begin forming between May and July. Meanwhile, the World Meteorological Organization (WMO) has noted early signs of a potentially strong event.
If the phenomenon intensifies, experts warn it could contribute to record-breaking global temperatures in the near future.
