Jordan Signs of a situation of air instability in the Kingdom during the weekend

2020-06-09 2020-06-09T09:38:04Z
وائل حكيم
وائل حكيم
متنبئ جوي-قسم دراسة الحالات الجوية الشديدة

Weather of Arabia - The latest outputs of the numerical models that are turned on in the weather of Arabia indicate that the Kingdom is gradually affected, and as of Saturday / Sunday night, a state of air instability, as clouds multiply at different altitudes and thunder showers of rain fall in many regions.

 

Atmospheric instability starts from the evening and Saturday / Sunday nights, where amounts of moisture flow in the middle and high atmosphere and clouds multiply in many regions of Egypt, Palestine and Jordan and an extension towards Syria and Iraq, and thunder showers of rain fall Wide ranges included.

 

According to the latest updates, the state of air instability will retract from the Kingdom from next Sunday evening, but, because the time period is still far, the change in the severity of the situation and the impact areas is possible, and the Arab weather will keep you abreast of the latest updates firsthand through our daily bulletins. .

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
Jordan | Key features of the weekend weather forecast

Jordan | Key features of the weekend weather forecast

Around the world | A massive flood wave sweeps through Thailand and Malaysia, with the death toll exceeding 30 people.

Around the world | A massive flood wave sweeps through Thailand and Malaysia, with the death toll exceeding 30 people.

A very early and significant disruption to the polar vortex: what are the implications for the weather worldwide?

A very early and significant disruption to the polar vortex: what are the implications for the weather worldwide?

Petra records an exceptional celestial scene of the `lunar steadying` phenomenon.

Petra records an exceptional celestial scene of the `lunar steadying` phenomenon.