Nationwide rain spell expected across Pakistan from today
The Pakistan Meteorological Department (PMD) has forecast a nationwide spell of rain and thunderstorms starting March 24, as a strong western weather system enters the country. The system is expected to affect most regions through March 30, bringing varying intensities of rainfall along with windstorms and occasional hail.
Details from the forecast
According to the Met Office, the weather system will first impact southwestern Balochistan before expanding across the rest of the country. Rain, wind, and thunderstorms are expected in multiple phases, with the system likely to intensify around March 27 and continue with intervals until the end of the month.
Punjab, Khyber Pakhtunkhwa, Sindh, Balochistan, Gilgit-Baltistan, and Kashmir are all expected to receive rainfall during this period. Northern and hilly areas may also experience snowfall, while isolated hailstorms are likely in different regions.
Risk warnings and impact
The PMD has warned that heavy rainfall could trigger flash floods, particularly in Balochistan between March 25 and 28, and in local streams and nullahs of Khyber Pakhtunkhwa towards the end of the spell. Landslides are also possible in vulnerable mountainous areas of northern regions.
Authorities have also cautioned that strong winds, hailstorms, and lightning may damage weak infrastructure, including electric poles, billboards, and solar panels. Standing crops in Punjab, KP, and Sindh could also be affected during this period.
Advisories issued
The Met Office has advised farmers to manage their crops according to changing weather conditions, while travelers and tourists have been urged to avoid unnecessary movement during heavy weather phases. Authorities across provinces have been asked to remain alert and take preventive measures to avoid disruptions or emergencies.
Why this matters
This weather pattern stands out because of its nationwide spread and timing, arriving outside the typical monsoon season. It reflects increasing variability in seasonal weather patterns, with broader implications for agriculture, infrastructure, and disaster preparedness across the country.
