Riyadh | Monitoring the development of cumulus clouds in the sky of the capital, and the chances of rain and dust in the coming hours

Written By سنان خلف on 2022/04/21

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.

Arab Weather - Sinan Khalaf - The latest satellite images received by the Arab Regional Weather Center show a remarkable condensation of cumulus clouds in the sky of the Riyadh region, especially the western part of it, as it moves east, which increases the possibility that the capital will be affected by chances of rain during the next few hours.

 

It is also expected that, as a result of these clouds, waves of dust will form as a result of the accompanying downward winds, which are mostly local in nature, decreasing the extent of horizontal visibility. And God knows best.

 

Follow the movement of cumulus thunderstorms via satellite from here

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



Saudi Arabia: Areas covered by chances of rain in the Kingdom next weekNot only the Gulf Coast of the United States, climate extremes affected the Levant region 75 years agoThe Siberian high continues to develop, and the atmospheric pressure at its center exceeds 1070 hectopascals. What does this mean? Storm Ewen hits UK with gale-force winds, catastrophic floodingA large wave of the jet stream heralds more powerful storms for Europe and North America.A low pressure system is affecting California, bringing rain and snow, and limiting the outbreak of fires in several areas.Accompanied by a huge air front, Storm Ewen is severely affecting Western European countries at the momentMet Office raises warning level for Storm Ewen, fifth of the seasonThe strong high pressure system has moved away from the European continent, allowing successive polar depressions to descend on those regions.