Paris, France | AFP | Muser NewsDesk
Western Europe experienced its hottest June-July on record as climate change fuels an historic summer of heat, drought and wildfires across the region, the EU’s global warming monitor said Monday.
Europe is the world’s fastest-warming continent and the first two months of summer have been marked by successive heatwaves, scorching temperatures and bone-dry conditions.
The Copernicus Climate Change Service said the combined average temperature in western Europe for June-July was 21.62 °C — beating the 2022 record for the same period.
This reflected “the exceptional persistence of heat” so far this summer, Copernicus said.
Levels of soil moisture were “significantly lower” than in July 2022 when the last severe drought gripped western Europe, Copernicus added.
“This is a clear example of how climate change is intensifying heat extremes, with heat and drought increasingly reinforcing one another,” said Samantha Burgess from the European Centre for Medium-Range Weather Forecasts, which operates Copernicus.
Very dry conditions were observed in July across western and central European nations including France, Spain, Austria and Hungary but also the United Kingdom, Ireland and part of Iceland.
River flows were unusually low with the Seine, Rhine and Danube particularly affected. Transport, irrigation and energy production has been impacted in several European countries.
These hot and dry conditions were also ideal for fires and scientists say the frequency of extreme fire-prone weather in Europe is increasing with climate change.
France and Spain have battled their worst infernos in living memory this summer, while other nations in Europe and as well as the US northwest and Canada have also experienced serious blazes.
Heat on the horizon
Copernicus also said the world’s oceans hit record-high temperatures for a second straight month in July, driven by marine heatwaves around Europe and a powerful El Niño taking shape in the Pacific.
Global average sea surface temperatures in July were 20.96 °C, beating the previous record of 2023.
Copernicus director Carlo Buontempo said parts of the Mediterranean and Atlantic were unusually warm but the developing El Niño “is probably the driving force” behind the record sea temperatures.
“We are now facing a very large El Niño — possibly unprecedented in terms of amplitude. It is clear that the contribution coming from the tropical Pacific becomes quite important,” the climate scientist told reporters on August 5.
El Niño is the warm phase of a natural climate cycle that temporarily raises ocean temperatures in the tropical Pacific and can influence weather extremes like drought and floods around the world.
It also adds heat to a planet already warmed from burning fossil fuels.
El Niño events typically peak at the end of a year before heat is released from the ocean into the atmosphere, pushing up global temperatures.
The last El Niño helped make 2023 and 2024 the second- and first-hottest years on record, respectively.
Buontempo said scientists expect a new record for global average temperatures later this year or early 2027.
Climate regulator
Globally, last month was the joint second-warmest July on record with an average surface air temperature 1.47 °C above the 1850-1900 pre-industrial benchmark, Copernicus said.
The last 11 years have been the hottest on record and “we have not seen a climate that warm during our lifetime, and very possibly our civilisation,” Buontempo said.
“And the main driver for this warming — as we know — are the greenhouse gases,” he said.
Oceans absorb most of the excess heat caused by humanity’s carbon emissions and therefore play a key role in regulating the climate.
Hotter seas can have damaging knock-on effects on the planet, fuelling stronger storms and rainfall and bleaching coral reefs.
Copernicus takes measurements using billions of satellite and weather readings, both on land and at sea, and their data extends back to 1940.
Article Source:
Press Release/Material by Nick Perry | Agence France-Presse
Featured image credit: C3S/ECMWF
