Saudi Arabia - 9:00 AM | Thunderstorms are affecting parts of the southwest of the Kingdom, while their intensity will increase in the coming hours

2024-03-30 2024-03-30T05:57:19Z
مهند فاخوري
مهند فاخوري
كاتب مُحتوى جوّي

Arabia Weather - The latest satellite images received at the "Arab Weather" Center show thunderstorm rains falling over parts of the southwest of the Kingdom, specifically parts of the Al-Baha and Asir regions, accompanied by rains of varying intensity, accompanied by lightning, thunder, and sometimes hail showers.

Expectations indicate that the extent of thunderstorm rain will gradually increase during the next few hours in these areas, in addition to parts of the Makkah Al-Mukarramah region, especially the southern part, and may extend to Jizan and Najran, with continued chances of rain in parts of Hail, Al-Jawf, and the northern borders. These rains are sometimes heavy. Therefore, please be aware of the rising water levels on some roads and the flow of valleys and reefs.

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
Medina | Thunder clouds return to the atmosphere in Medina at this time... Details

Medina | Thunder clouds return to the atmosphere in Medina at this time... Details

Saudi Arabia | Will the city of Jeddah be affected by the eastern winds and high temperatures over the weekend?

Saudi Arabia | Will the city of Jeddah be affected by the eastern winds and high temperatures over the weekend?

Mecca | Despite the scorching heat, thunderstorms and possible rain at the beginning of the week

Mecca | Despite the scorching heat, thunderstorms and possible rain at the beginning of the week

Saudi Arabia | Raised dust, blown by the wind towards Al Majmaah and Shaqra, and expectations of an increase in dust concentration in the atmosphere

Saudi Arabia | Raised dust, blown by the wind towards Al Majmaah and Shaqra, and expectations of an increase in dust concentration in the atmosphere