Researchers expressed concern Thursday about the rapid pace of climate change, after a glacier on Sweden’s Kebnekaise mountain melted so much in sweltering Arctic temperatures that it is no longer the country’s highest point.
“It’s quite scary,” Gunhild Ninis Rosqvist, a Stockholm University geography professor who has been measuring the glacier for many years as part of climate change research, told AFP.
“This glacier is a symbol for all the glaciers in the world. This whole environment is melting, the snow is melting, and it affects the entire ecosystem: the plants, the animals, the climate, everything,” said Rosqvist, who is also the head of the Tarfala research station near Kebnekaise.
“You see the effects of climate change so clearly here. And for Sweden, Kebnekaise’s southern peak is such an iconic symbol.”
A popular tourist destination located in Sweden’s far north, Kebnekaise has two main peaks — a southern one covered by a glacier and a neighbouring, northern one free of ice.
The southern peak lost four metres (13 feet) of snow between July 2 and July 31.
“It looked different this year. The snow was melting, the glacier surface has never been as low as it is now. I saw meltwater trickling down the sides, I’ve never seen that before,” Rosqvist said.
When measured early Tuesday, the southern peak reached 2,097 metres above sea level, just 20 centimetres higher than the northern tip’s 2096.8 metres.
On a daily basis in July, the southern peak lost an average 14 centimetres of snow, as Sweden registered record hot temperatures that triggered dozens of wildfires across the country, even in the Arctic Circle.
On Thursday Rosqvist said the southern peak was most certainly lower than the northern peak.
“We haven’t gone up today to measure it, but we’ve checked the temperature and it was really warm yesterday, it was over 20 degrees C (68 F) so it has surely melted”, below the level of the northern peak, she said.
Rosqvist and her team will measure the peak again around September 8, “when the summer is over.”
“It could easily be a metre under the northern peak by the end of summer.”