Jordan at 3:10 pm | Thunderstorm clouds affecting parts of the Kingdom, including the capital, Amman, accompanied by light to moderate rain

Written By عامر المعايطة on 2023/11/01

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.

Arabia Weather - Satellite images in “Arab Weather” show the beginning of the proliferation of cumulonimbus clouds in several parts of the Kingdom, including Anjara Governorate in Ajloun, in the north of the Kingdom, as well as thunderstorm clouds affecting, in the meantime, various parts of the capital, Amman, accompanied by light to moderate rain, It may be abundant in some areas within narrow geographical ranges.

 

It also warns of an increase in the percentage of dust in the atmosphere as a result of dust raised by the falling winds accompanied by the formation of cumulus clouds.

This article was written originally in Arabic and is translated using a 3rd party automated service. ArabiaWeather is not responsible for any grammatical errors whatsoever.


Browse on the official website



Jordan: The extension of the Red Sea trough at the end of the week will bring a noticeable rise in temperatures and a chance of thunderstorms in the far east of the Kingdom.Jordan: Weather forecast and expected temperatures for Tuesday and Wednesday, God willing.Unusually cold tonight, with minimum temperatures plummeting to 2 degrees Celsius in the high mountains of Sharah.A 7.4 magnitude earthquake strikes northern Japan todaySaudi Arabia: Strong winds cause several heavy trucks to overturn in a series in the Qassim region (video)The Levant: Cold nights in the depths of winter necessitate a return to heating and warm clothing.When will the Day of Arafah and Eid al-Adha be in 2026?Jordan: Notable temperature fluctuations between the first and last days of this weekProviding water to pilgrims and visitors to the Sacred House of God: A digital journey of giving with unending reward