Aerial study | The weather system in the Northern Hemisphere causes rain waves in Europe and reduces the severity of the heat in the Levant
Arabia Weather - Weather forecasters at the Regional Arabia Weather Center follow the latest outputs from computer numerical models, which simulate the movement of air masses and weather systems for the Northern Hemisphere, especially the European continent and the Levant, as the shape of the weather systems appears remarkable and causes strong air disturbances. Over Europe, summer rains are matched by breezes with lower temperatures that reduce the severity of the summer heat, especially during the night hours in the Levant.
Cold upper basins on the European continent are met with warm air currents on the surface, causing heavy rain waves.
Meteorologists at the Arabia Weather Center reported that the European continent, especially its center and south, is exposed to unusual overhead weather systems for this time of year, as cold overhead basins that branch off from cold air masses in northern Europe and the Atlantic Ocean, coinciding with air currents of High surface heating combines with the cold and humid upper air, which produces sometimes severe rain waves in several European countries, including the Balkan countries and Turkey, accompanied by hailstones, torrential rains, and rising water levels.
The cold upper basins lose their cold when they reach the eastern Mediterranean and affect Jordan and the Levant in the form of cooler breezes.
These cold upper basins reach the eastern basin of the Mediterranean Sea, but they lose their coolness at that time as they pass through a vast geographical area. Thus, their effects on Jordan and the Levant are in the form of sea breezes that cause normal summer weather and temperatures within the average, and the effects of cooler breezes are evident with hours. Night, when the weather is nice and humid.
The upper weather systems coming from Eastern Europe are also working to shift the upper subtropical high to the east, causing the heat waves and the heat dome to move away from the Levant and Jordan during the current month of July, thank God, and thus the temperatures were not far from the normal framework despite their rise. In some periods.
The role of the La Nina phenomenon in changing weather systems in Europe and the Levant
Meteorologists in Arabia Weather pointed out that the La Nina phenomenon has a major impact on the weather around the world, including Europe and the Levant. During a La Nina period, surface temperatures in the tropical Pacific Ocean are lower than normal, affecting global weather patterns.
Regarding summer precipitation in Europe and the arrival of upper troughs, La Nina could lead to increased jet stream activity, bringing low-pressure systems and upper troughs to northern Europe, thus increasing precipitation in these regions during the summer, especially northern Europe. The course of the upper troughs may change, as cold weather systems move from the Atlantic Ocean towards Europe, creating weather extremes and increased chances of precipitation in some areas.
It should also be noted that La Nina's effects can be erratic and depend on several other factors, including its interaction with local weather patterns and European geography. Overall, La Nina can have noticeable impacts on the weather in Europe during the summer, including changing rainfall patterns and the paths of upper basins.
God knows.
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