Saudi Arabia Showers from rain on parts of the north of the Kingdom on Saturday and Sunday

2020-02-13 2020-02-13T13:21:53Z
وائل حكيم
وائل حكيم
متنبئ جوي-قسم دراسة الحالات الجوية الشديدة

Weather of the Arabs - God willing, it is expected that a situation of air instability will arise in many areas of northern Saudi Arabia, starting on Saturday, working to showers showers of rain, which may be thunderstorm at times, on each of Al-Jouf, the northern borders and the mountainous highlands of Tabuk.

 

It is expected that the state of air instability will be weak in general, bringing with it light to moderate rain showers in some areas, with activity in the wind speed that may cause dust in the open areas.

 

On Sunday, the impact of the state of air instability widens and includes, in addition to the previous areas, the region of Hail, Medina, Hafar Al-Batin and Al-Qassim, where quantities of medium-height clouds cover these areas and fall as a result of rain showers that may be accompanied by thunder sometimes.

 

 

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.
شاهد أيضاً
Related News
Meteorology: Weather warnings issued for Saturday include 4 regions, including Taif

Meteorology: Weather warnings issued for Saturday include 4 regions, including Taif

Video: Severe sandstorm blocks out daylight in Qassim, plunging the city into complete darkness

Video: Severe sandstorm blocks out daylight in Qassim, plunging the city into complete darkness

See via satellite images: The largest snow accumulation in May on the mountains of Lebanon since the beginning of the 21st century

See via satellite images: The largest snow accumulation in May on the mountains of Lebanon since the beginning of the 21st century

Meteorology: Weather warnings on Friday cover 9 regions... and red alerts in Hail, Qassim, and Asir

Meteorology: Weather warnings on Friday cover 9 regions... and red alerts in Hail, Qassim, and Asir