Saudi Arabia - Weather Update | Noticeable activity of thunderstorms in several regions of the Kingdom

2024-10-31 2024-10-31T16:55:46Z
هشام جمال
هشام جمال
كاتب مُحتوى جوّي

Arab Weather - The latest satellite images indicate a noticeable activity of cumulonimbus clouds in several regions of the Kingdom. Clouds are multiplying over Tabuk, especially in the south, and thunderclouds are appearing over eastern Medina, Hail, Qassim, and parts of the Northern Borders region.

Weather details:

Tabuk: Active thunderstorms, with showers of varying intensity.

East of Medina: Scattered rain showers, with active surface winds.

Hail and Qassim: Thunderstorms leading to scattered showers, with sudden activity in the winds.

Northern Borders: Showers of varying intensity in some areas.

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
What is the Siberian High and how does it affect the weather as it first extends over the region?

What is the Siberian High and how does it affect the weather as it first extends over the region?

Arab World | A high pressure system in the western Mediterranean and a cold air mass of polar origin affect the eastern Mediterranean for several days

Arab World | A high pressure system in the western Mediterranean and a cold air mass of polar origin affect the eastern Mediterranean for several days

Türkiye is set to witness an exceptional snow wave, with temperatures dropping to 10 degrees below zero in some areas.

Türkiye is set to witness an exceptional snow wave, with temperatures dropping to 10 degrees below zero in some areas.

Saudi Arabia | Siberian high pressure system reaches the Kingdom and a severe cold wave is expected in the northern parts with temperatures approaching zero degrees Celsius

Saudi Arabia | Siberian high pressure system reaches the Kingdom and a severe cold wave is expected in the northern parts with temperatures approaching zero degrees Celsius