Jordan | Mid-Week Low-Pressure System Next Week and Radical Changes in Weather Conditions

WASM: The Kingdom is expected to be affected by the first atmospheric depression of this season accompanied by a cold, moist, and rainy air mass that will begin to impact mid-next week, preceded by weather fluctuations and scattered thunderstorm rainfall on Sunday and Monday in different regions of the Kingdom.

Thunderstorm showers on Sunday and Monday..
Temperatures will drop on Sunday and Monday, cloud cover will increase, and scattered thunderstorm showers will fall in different regions of the Kingdom, with the possibility of heavy rainfall in some areas due to the approach of a cold air mass from the Mediterranean Sea combined with a warm and moist air mass over the region.

Atmospheric depression mid-next week..
The Kingdom will be affected by a rainy and cold atmospheric depression mid-next week with generally winter conditions. The atmospheric depression is expected to bring heavy rainfall in many regions, particularly the western regions of the Kingdom.

The impact of an atmospheric depression on the Kingdom at this time is somewhat early compared to climate records, as atmospheric depression activity typically increases later in November and throughout December (that is, with the onset of winter), a period that is usually characterized by weather instability or the passage of cold fronts coinciding with the influence of the Red Sea low-pressure system.

Another colder atmospheric depression later..
As a result of atmospheric regulation and the dominance of a high-pressure zone over the European continent, this will cause a colder and polar-origin air mass to surge toward Eastern Europe, the Black Sea, Turkey, and Greece, causing the development of another stronger atmospheric depression bringing more rainfall.

The difference between expected weather conditions and previous conditions..
Previous conditions were characterized by affecting the Kingdom in the form of weather instability, which is distinguished by intense rainfall and danger compared to its impact over a smaller area and irregular rainfall with higher temperatures, while atmospheric depressions are characterized by comprehensiveness and less intensity, as well as continuous rainfall and lower temperatures.