Thursday, 13 February 2014

The Olympics: It's hot in Sochi

Global Warming Is Melting Sochi
It's hot in Sochi, the dystopian home of the Winter Games.



13 February, 2014


It's hot in Sochi, the dystopian home of the Winter Games. Temperatures hit a balmy 61˚ F on the slopes today, presenting the Olympic media establishment with the most obvious quip in sports news history: this weather's better suited for the summer games. The warmth is ruining the halfpipe, slushing up the snow, and sending athletes into the shade in bouts of rage.

Human-fueled climate change is almost definitely helping to crank up the heat. Researchers at Russia's Obukhov Institute of Atmospheric Physics synthesized 32 different climate models that included temperature data for the Sochi region, and uncovered a distinct warming trend. According to their projections, by the end of the century, annual average temperatures will surpass 16 ˚C, or 60.8 ˚F—the same as the anomolous, scorching temps causing so much discussion today.

"In this region the yearly mean air temperature increase amounts from 1.9 ˚C to 2.5 ˚C," they write. That's a potential rise of over 4˚F. That's on average—we'll likely be seeing February days hotter than this more regularly as a result, too—and it's probably enough to wipe out Sochi's already flimsy Winter Olympics viability for good in the future. In some regions, like the mountains where Sochi's slopestyle sports are held, the rise in temperatures are more acute: "The largest surface air temperature increase by 2.6 ˚C for the selected scenario is obtained in the north-eastern and south-eastern area of this region."
Sochi's mountains will feel the heat most of all, but the fact is that temperatures are rising across the board. Slushy, short-sleeved mountain sports in the middle of February are apt to become more common.
"The fact is that this is part of a larger pattern," climatologist Michael Mann writes me in an email about Sochi's heat, "one in which we are breaking records for all time warmth at nearly three times the rate we would expect from chance alone so far this decade."
Indeed, according to Russian climate data for the region stored at Climatebase.ru, the average temperature during the period from 1940-1960 was 14˚C. Since 2000, that's risen to 14.3˚C. According to a temperature record that goes back to 1898, the average temperature in February was 6˚C, or 42˚ F. Today, the mercury is in the low 60s. 
An Olympic hopeful nordic skiier, Taylor Fletcher, described the conditions on his course to the Denver Post: “There’s a section that’s brown,” he said. “I don’t know if it’s snow or mud. If they keep salting it, it’s going to be nasty.” Meanwhile, the slushy halfpipe notoriously led to a torrent of complaints from athletes, and an unusual number of wipeouts between jumps.  


The first American, 23, from Cali, is up now in the ‪#Sochi half pipe. AND HE'S DOWN.

It’s not even slushy—it’s mushy and it’s very hard to ski on,” another American skiier, Bill Demong, told the Washington Post of the conditions on his event. “There’s no structure to the snow, and the person who can float the best wins.” 
Organizers aren't surprised by the heat; in fact, they planned on it. After Sochi saw a hotter-than-average winter last year, officials hauled in an extra 500,000 tons of snow and stored it on the slopes, just in case. You can see the profound non-snowiness of Sochi in these NASA satellite images.  


Given the Russian climate models' projections for the region, we can only expect that white to continue to give way to red.
Again, you can't attribute these late-spring skiing conditions arriving in February directly to global warming, but climate scientists say they fit the trends they've been predicting for years. Many like to compare global warming's propensity to increase the chance we'll see extreme weather conditions to loading the dice.
"So did this roll of double sixes result from the loading of the dice?" Mann writes. "Well, we can never prove that. But it is certainly consistent with the larger pattern of record heat in recent years, which collectively we can attribute to human-caused climate change."


See also - 

No comments:

Post a Comment

Note: only a member of this blog may post a comment.