Heavy rain flooded low-lying areas of Rawalpindi and Islamabad on Thursday morning, causing temperatures to drop across the region [1].
The sudden weather shift disrupts urban infrastructure and transportation in the twin cities. This volatility increases the risk of flash flooding in residential zones and places significant pressure on municipal drainage systems.
The Pakistan Meteorological Department said the weather was due to a specific system moving through the region [2]. This system brought an immediate cooling effect to the capital, where the temperature in Islamabad fell to 24 °C [1]. Residents reported significant accumulation of water in streets and neighborhoods, particularly in areas prone to inundation [1].
Forecasters warn that the current weather pattern is not an isolated event. The Pakistan Meteorological Department said additional rain, thunderstorms, and hail are expected to occur across Pakistan over the next 24 hours [2]. These conditions may lead to further disruptions in travel and daily activities as the system moves through different provinces.
Local authorities in Rawalpindi and Islamabad are monitoring the situation as the rain continues to impact low-lying sectors [1]. The combination of hail and heavy downpours often complicates emergency response efforts, especially when primary roads become impassable due to flooding [1].
While the temperature drop provides relief from heat, the associated risks of the storm system remain high. Officials said caution is advised for those traveling through the affected regions during the predicted window of thunderstorms [2].
“Heavy rain inundated low‑lying areas and caused a temperature drop”
The recurrence of heavy rain and hail in the twin cities highlights the vulnerability of Rawalpindi and Islamabad's urban drainage infrastructure to sudden, high-volume weather events. When temperatures drop rapidly and rainfall exceeds capacity, the resulting inundation of low-lying areas creates immediate economic and logistical disruptions, necessitating more robust climate-resilient urban planning.
