Very hot weather in most of Saudi Arabia during the blessed Eid Al-Adha

2020-07-28 2020-07-28T09:03:33Z
وائل حكيم
وائل حكيم
متنبئ جوي-قسم دراسة الحالات الجوية الشديدة

Weather of Arabia - Extremely hot weather is expected to prevail in many Saudi regions during the blessed Eid Al-Adha, where temperatures are in the late forties in the eastern and central region, including the capital Riyadh, while temperatures are forty in the rest of the regions except for the southwestern highlands where the weather is Moderate.

 

Thunderstorms continue in the southwest of the kingdom during Eid

 

The south-western region continues to be affected by a state of air instability during the holiday period, and thunderstorm showers from Jazan, Asir, and Al-Baha, and extend to Makkah Al-Mukarramah region.

 

Thunderstorms in the holy sites during Eid

 

The opportunity is prepared for thunderstorms on a daily basis on the heights of Makkah Al-Mukarramah during the Eid period.

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
A dangerous moment: Electrical charges seize a Saudi girl's hair during a lightning strike.

A dangerous moment: Electrical charges seize a Saudi girl's hair during a lightning strike.

Urgent - Riyadh | The Meteorology Department raises the warning level to orange due to a weather condition involving thunderstorms.

Urgent - Riyadh | The Meteorology Department raises the warning level to orange due to a weather condition involving thunderstorms.

Arab world: Unstable weather conditions and rain expected in 11 Arab countries in the coming days

Arab world: Unstable weather conditions and rain expected in 11 Arab countries in the coming days

Urgent | The National Center for Meteorology warns residents of Hail of a dense sandstorm and complete lack of horizontal visibility

Urgent | The National Center for Meteorology warns residents of Hail of a dense sandstorm and complete lack of horizontal visibility