The rise in temperature is happening at an unprecedented rate in Europe, where temperature rises have surpassed the global average to a considerable degree, as reported by the Copernicus Climate Change Service of the European Union. This phenomenon has gained more traction lately due to the onset of another heatwave in certain regions of Europe.

Temperature increases in Europe have been recorded to be around 2.4°C from the pre-industrial era, while globally, they have increased only by around 1.4°C. Scientists believe that the discrepancy is due to geographical reasons and changes in weather patterns.

Why is Europe experiencing warming at a faster rate?

The land mass experiences warming faster compared to the ocean due to its ability to absorb and store more heat. Europe has more land mass compared to other geographical locations, and it thus warms faster.

There have been alterations in the atmosphere's circulation patterns. The high-pressure pattern that creates sunny days and warm conditions has experienced increased frequency in European summers. Such conditions enable the retention of heat in the region for a longer time.

In the recent past, various atmospheric patterns have been connected to warming. There was the occurrence of a "heat dome," a situation where Europe experienced a heat wave under a constant high-pressure condition. The current heat wave has been attributed to the "omega" pattern that brings in heat from North Africa to Europe.

What impact does the Arctic have?

The location of Europe relative to the Arctic is another factor that contributes to faster global warming in the region. Since the pre-industrial period, the Arctic has experienced a temperature increase of about 3.2°C.

When ice and snow melt, it reveals underlying surfaces such as dark-colored ground and oceans that can absorb the radiation rather than reflect it. This phenomenon is referred to as the albedo effect and results in faster warming of the Arctic and affects temperatures in adjacent areas like Europe.

What is the connection between air quality and temperatures?

Since the 1980s, European countries have been actively implementing measures that decrease pollution and lead to better air quality in the region. On the other hand, fewer aerosols contribute to decreased cooling effects due to the ability of aerosol particles to reflect a certain amount of sunlight and create more reflective clouds.

Where in Europe are temperatures increasing the fastest?

Global warming is different for various European regions. During the last three decades, the eastern, southeastern, and some central European regions have registered the highest temperature growth. In the Arctic archipelago of Svalbard, the warming rate reached even 1.5°C to 2°C per decade.