Islamabad, February 19, 2025 – The capital city of Pakistan, Islamabad, is expected to witness a shift in weather patterns over the next three days, with a mix of warmer temperatures and heavy showers.
Residents should be prepared for varying conditions as the city transitions from cool, cloudy weather to increasing warmth by the weekend.
According to AccuWeather, Islamabad will experience mostly cloudy conditions today, with temperatures ranging between 10°C and 24°C. The UV Index will remain low at 2, and winds from the west-northwest will blow at 11 km/h. Although the day will not be excessively warm, cloud cover will dominate the sky, creating a relatively pleasant atmosphere for citizens.
On Thursday, February 20, 2025, Islamabad is expected to see heavy showers in the morning, followed by a cloudy and cooler day. The minimum temperature will drop to 9°C, while the maximum will stay around 15°C. Winds will shift direction to north-northeast at 17 km/h, and the UV Index will further decrease to 1, indicating a lower risk of sun exposure. Rainfall in the early hours could bring temporary relief to residents, but cooler conditions will persist throughout the day.
By Friday, February 21, 2025, Islamabad will experience a notable rise in temperature as the city transitions towards warmer weather. The forecast predicts a maximum temperature of 21°C and a minimum of 10°C, with the sun making a partial comeback before clouds increase in the latter part of the day. The UV Index will rise to 4, marking a moderate level of sun exposure, while winds will remain west-northwest at 11 km/h.
These changing weather conditions in Islamabad highlight the ongoing seasonal shift. While the heavy showers on Thursday could provide relief from dryness, the following days will bring gradual warmth. Residents should be prepared for sudden changes, particularly those planning outdoor activities. It is advisable to stay updated with daily forecasts, carry rain gear on Thursday, and enjoy the pleasant Islamabad weather as winter gradually gives way to spring.