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On a typical day, the city hosts breezy afternoons (30 kilometres per hour (19 mph)+), but usually calm to light breeze (Beaufort scale) wind conditions are observed after midnight. The mean annual wind speed of Rawalpindi is roughly 10 kilometres per hour (6.2 mph) at 14 m height. Moreover, just a few kilometers southwest of Rawalpindi, the ...
External links. List of extreme weather records in Pakistan. Supercell thunderstorm in Larkana on 14 March 2015. Islamabad under dark clouds. Supercell thunderstorm in Faisalabad on 13th March 2020. Lightning in Murree during the monsoon of 2005. The weather extremes in Pakistan include extremely high and extremely low temperatures, heaviest ...
The climate in the capital city of Islamabad varies from an average daily low of 2 °C in January to an average daily high of 38 °C in June. Half of the annual rainfall occurs in July and August, averaging about 255 millimeters in each of those two months. The remainder of the year has significantly less rain, amounting to about fifty ...
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Murree (Punjabi, Urdu: مری) is a mountain resort city, located in the Galyat region of the Pir Panjal Range, within the Murree District of Punjab, Pakistan.It forms the outskirts of the Islamabad-Rawalpindi metropolitan area, and is about 30 km (19 mi) northeast of Islamabad.
The Punjabi calendar ( Punjabi: ਪੰਜਾਬੀ ਜੰਤਰੀ, پنجابی جنتری) is a luni-solar calendar used by the Punjabi people in Punjab and around the world, but varies by religions. Historically, the Punjabi Sikhs and Punjabi Hindus have used the ancient Bikrami (Vikrami) calendar. [1] [2] Punjabi Muslims use the Arabic ...
Punjabi. Website. Official Website. Rawalpindi ( / rɔːlˈpɪndi /; Punjabi, Urdu: راولپنڈی, romanized : Rāwalpinḍī; pronounced [ɾɑːʋəlpɪnɖiː] ⓘ [5]) is the third-largest city in the Pakistani province of Punjab .It was name on the the Sanantan ruler Baapa rawal . Who stopped people to forced convert to Islam.
Assimilation of this data is used to produce an initial state of a computer model of the atmosphere, from which an atmospheric model is used to forecast the weather. These forecasts are typically: medium-range forecasts, predicting the weather up to 15 days ahead; monthly forecasts, predicting the weather on a weekly basis 30 days ahead