Europe is in for a stormy jump from the winter regime directly to summer temperatures. This unusual phenomenon is mainly attributed to the weakening oceanic La Niña phenomenon, combined with reverberations of warming in the stratosphere. According to meteorologists from the portal, it will be the spring of 2026 will mark a dramatic change, when the La Niña phenomenon will quickly give way to the El Niño phenomenon, which will completely overturn the air flow over our continent.
Spring, which awaits us in the next three months, will be characterized by great variability. European and British weather models agree that while low pressure settles over western and central Europe, high pressure will dominate the north of the continent. This specific pattern suggests that freezing air from the northeast may be moving towards us more oftenwhich is also confirmed by historical records from years with similar developments in the Pacific Ocean.
In addition, the onset of spring weather will affect the fading warming in the stratosphere, which weakened the polar vortex at the end of February. This phenomenon will probably ensure that we will have to wait a little longer for real warmth during March. In the interior of Europe, experts expect rather lower temperatures and slightly more precipitation than is usual in this period.
Although March may appear to be poorer in snow, April’s outlook brings unexpected news. Thanks to the specific distribution of pressure over the continent, there is a chance that we will also see later snowfalls in Central and Northern Europe. According to current models, their number could even be average or slightly higher in April than in recent years.
The coming period will be recorded as a time of great atmospheric upheavals. The decay of the La Niña phenomenon, combined with processes in the stratosphere, will bring above-average precipitation and lower temperatures to the interior of Europe. While the southeast enjoys more warmth, the central part of Europe must remain vigilant. Historically, such periods are full of surprises in the form of unexpected frosts or waves of moisture from the Atlantic, which can change the nature of the weather at any time.
