NDMA Predicts Three Heat Wave Occurrences

As summer draws near, Pakistan readies itself to confront the anticipated challenges of three impending heat wave episodes in May and June, as forecasted by both the National Disaster Management Authority (NDMA) and the National Emergency Operation Center (NEOC).

The NDMA has released an advisory pinpointing the regions most prone to severe heat, such as Umarkot, Tharparkar, Tindullah Yar, Matiari, Sanghar, Bahawalpur, and Rahim Yar Khan districts. Temperatures are projected to surge, potentially hitting 40 degrees Celsius between May 15 and 30.

Read more: Summer 2024 School Holidays Announced Due To Heatwave

Initially, a brief heat wave period lasting two to three days is expected, succeeded by a more extended second spell towards May’s end, lasting four to five days. June will usher in even hotter conditions, with temperatures possibly reaching 45 degrees Celsius. A spokesperson from the NDMA cautioned about a third heat wave phase likely to occur in the initial ten days of June, lasting 3 to 5 days.

The repercussions of these heat waves won’t be limited to humans but will also affect other living organisms. The NDMA recommends taking preemptive measures ahead of the anticipated spells, especially for vulnerable demographics such as children, the elderly, and individuals with chronic ailments or disabilities.

Heat waves pose significant health risks, including heat strokes, cramps, and exacerbation of pre-existing health conditions. They can also contribute to chronic illnesses like diabetes and, in severe instances, fatalities. The country’s prior encounter with heat waves, notably the devastating 2022 incident, underscores the criticality of readiness and preventive actions.

While Pakistan braces for the heat waves, it also gears up for the imminent monsoon season, which brings its own set of challenges, including flash floods and heavy rains. Authorities urge the populace to stay informed, stay safe, and adopt necessary precautions to mitigate the impacts of these weather events.