June was hottest month EVER in Europe and climate change made heatwave 'five times' more likely
Last month was the hottest June ever recorded with soaring temperatures worldwide capped off by a record-breaking heatwave across Western Europe, satellite data showed Tuesday.
Global readings taken by the EU-ran Copernicus Climate Change Service (C3S) showed European temperatures were around 2C hotter than normal, and globally Earth was 0.1C hotter than the previous June record.
The heatwave last week smashed national records for the hottest single day as scorching weather spread across Europe from the Sahara. It was so intense that temperatures were as much as 10C higher than normal across France, Germany, northern Spain and Italy.
The Copernicus team said it was difficult to attribute the record-breaking month "directly" to climate change, but a separate analysis Tuesday from an international team of scientists said global warming had made the heatwave at least five times more likely.
Compared to June weather stretching back more than a century, the peak from June 26-28 was four degrees Celsius warmer than an equally rare heatwave would have been in 1900, the World Weather Attribution team told journalists in a briefing.
The role of global warming in the devastating hot spell, which also paralysed neighbouring European countries for nearly a week, is probably much greater, said Friederike Otto, acting director of the Environmental Change Institute at the University of Oxford
"Models are very good at representing large-scale seasonal changes in temperatures," she explained.
"On localised scales, climate models tend to underestimate the increase in temperature."
The findings, presented as a report and to be published in a peer-reviewed journal, focused on metropolitan France and the southern French city of Toulouse, where climate statisticians were coincidentally meeting during the heatwave.
Based purely on temperature records, extreme scorchers like the one last week are now 100 times more likely than in 1900, said Geert Jan van Oldenborgh, a senior researcher at the Royal Netherlands Meteorological Institute and co-author of the new report.
"But we are unable to say that this is just because of climate change," he said.
Air pollution, the "urban heat island" effect, soil moisture, cloud cover and a host of other factors can also affect the intensity of heatwaves.
And models designed to work on a different scale are consistently "biased" such that they underestimate temperature peaks.
France, Italy, Spain and some central European nations all posted all-time temperatures peaks, with dozens of deaths attributed to the week-long heatwave.
The final death toll is likely to be far higher, but will only show up months from now in statistical records as "excess deaths".
A 2003 heatwave in France claimed at least 15,000 lives, according to government figures.
READ ALSO:
Comments
See Also
Global readings taken by the EU-ran Copernicus Climate Change Service (C3S) showed European temperatures were around 2C hotter than normal, and globally Earth was 0.1C hotter than the previous June record.
The heatwave last week smashed national records for the hottest single day as scorching weather spread across Europe from the Sahara. It was so intense that temperatures were as much as 10C higher than normal across France, Germany, northern Spain and Italy.
The Copernicus team said it was difficult to attribute the record-breaking month "directly" to climate change, but a separate analysis Tuesday from an international team of scientists said global warming had made the heatwave at least five times more likely.
Compared to June weather stretching back more than a century, the peak from June 26-28 was four degrees Celsius warmer than an equally rare heatwave would have been in 1900, the World Weather Attribution team told journalists in a briefing.
The role of global warming in the devastating hot spell, which also paralysed neighbouring European countries for nearly a week, is probably much greater, said Friederike Otto, acting director of the Environmental Change Institute at the University of Oxford
"Models are very good at representing large-scale seasonal changes in temperatures," she explained.
"On localised scales, climate models tend to underestimate the increase in temperature."
The findings, presented as a report and to be published in a peer-reviewed journal, focused on metropolitan France and the southern French city of Toulouse, where climate statisticians were coincidentally meeting during the heatwave.
Based purely on temperature records, extreme scorchers like the one last week are now 100 times more likely than in 1900, said Geert Jan van Oldenborgh, a senior researcher at the Royal Netherlands Meteorological Institute and co-author of the new report.
"But we are unable to say that this is just because of climate change," he said.
Air pollution, the "urban heat island" effect, soil moisture, cloud cover and a host of other factors can also affect the intensity of heatwaves.
And models designed to work on a different scale are consistently "biased" such that they underestimate temperature peaks.
France, Italy, Spain and some central European nations all posted all-time temperatures peaks, with dozens of deaths attributed to the week-long heatwave.
The final death toll is likely to be far higher, but will only show up months from now in statistical records as "excess deaths".
A 2003 heatwave in France claimed at least 15,000 lives, according to government figures.
READ ALSO:
Join the conversation in our comments section below. Share your own views and experience and if you have a question or suggestion for our journalists then email us at [email protected].
Please keep comments civil, constructive and on topic – and make sure to read our terms of use before getting involved.
Please log in here to leave a comment.