IMPORTANT NOTICE | Riyadh and Sharqia are under heavy dust and dust during the coming hours

2022-03-04 2022-03-04T08:00:28Z
سنان خلف
سنان خلف
محرر أخبار جوية- قسم التواصل الاجتماعي
IMPORTANT NOTICE | Riyadh and Sharqia are under heavy dust and dust during the coming hours

Arab Weather - Sinan Khalaf - The latest satellite images received by the "Arab Regional Weather Center" show a strong wave of dust rushing from the areas of Shaqra, Al Majmaah and the King Khalid Airport area towards the capital, Riyadh.

 

 

It is expected, God willing, that this wave of dust will reach the atmosphere of the capital and the entire eastern region during the coming hours of this day, Friday 4/3/2022 AD, as it is expected to significantly decrease the range of horizontal visibility.

 

 

The "Kronos" system for Arab weather monitors the clear effects of the dust wave on Kuwait, Hafar Al-Batin and Al-Qassim, where these areas are currently witnessing waves of thick dust, with almost no horizontal visibility.

 

This atmosphere requires respiratory and eye patients to take the utmost care and caution to avoid any possible complications, and we ask God for safety for all.

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.
See More
Related News
Meteorological Authority: Weather warnings of thunderstorms and scorching heat in 5 regions

Meteorological Authority: Weather warnings of thunderstorms and scorching heat in 5 regions

A low-pressure system extends over northern Syria, accompanied by thunderstorms and heavy rain.

A low-pressure system extends over northern Syria, accompanied by thunderstorms and heavy rain.

Meteorology: Weather warnings issued for 3 regions, including Riyadh

Meteorology: Weather warnings issued for 3 regions, including Riyadh

A record high in Mediterranean sea temperatures and significant consequences for the region's weather.

A record high in Mediterranean sea temperatures and significant consequences for the region's weather.