Some atmospheric scientists think that could change soon.
While some may be cheering the lack of snow as welcome relief, the widespread lack of it spells trouble for the ski industry, which pumps billions into the wintertime economy in states from California to Maine, and requires cooperation from Mother Nature to stay in business.
Ski area operators across the country are already reporting drops in lift ticket sales, and are hoping for a major change in the weather pattern to bring colder, snowier weather. So far, die-hard skiers have been forced to either ski on man-made snow or travel to one of the few far-flung areas that have benefited from the unusual weather, such as the mountains of New Mexico or Alaska (where one town has had 18 feet of snow).
Compared to last winter, this wimpy winter weather is coming as quite a shock.
Snow was so widespread last winter that at one point in January, every state except Florida had some snow on the ground. But this year, the U.S. had the 11th least extensive December snow cover in the 46-year satellite record, said David Robinson, the director of the Global Snow Lab at Rutgers University.
“Is it fair to call it a snow drought? We’re getting there,” Robinson said. “It’s certainly an early season snow drought.”
Michael Berry, president of the National Ski Areas Association, said this winter is noteworthy for how many ski areas are seeing below average snowfall. “Typically, we have one region or another in the country that might be off to a slow start. But the thing about this year that’s somewhat unique is that it’s kind of an across-the-country problem, at least to date.”
Nowhere is the contrast from last winter so evident as in California’s Sierra Nevada Mountains, home to Lake Tahoe’s ski resorts.
Last year, skiers hit the slopes all the way through July 4th, and several mountains set all-time seasonal snowfall records, with totals surpassing 65 feet. Squaw Valley, for example, received a staggering 810 inches of snow.
This December, at nearby Alpine Meadows, just 1.5 inches of snow fell, well below the average of 72.3 inches, and far below last year’s 134-inch December total.
The lack of snow has allowed Yosemite’s Tioga Pass, a road that would normally be buried in snow by now, to remain open later than at any time since record-keeping began in 1933.
In the Northeast, an October blizzard and other early season snows were followed by warm temperatures that melted the natural snow cover, and prevented ski areas from making snow. With a recent shot of cold air, New England’s ski resorts have finally cranked up their snow making operations, but attendance is down from last year, in part due to the bare ground in major media markets, such as New York and Boston. With just a trace of snow in December, Boston had its second-least snowiest December on record, for example.
“Psychologically, we do better when people see snowfall in their backyards,” said Bonnie MacPherson of Okemo Mountain in Vermont, where skier visits were down about 30 percent compared to last year over the same Christmas holiday week. “We’re fortunate in that we’ve invested pretty heavily in the snow-making system that we have,” she said.
[module align=”right” width=”half” type=”pull-quote”]At Alpine Meadows, California, just 1.5 inches of snow fell this December, well below the average of 72 inches.[/module]
With each passing day of below average snowfall, it becomes more difficult to make up for lost time, especially when spring is arriving earlier on average due in part to global warming. This forces ski area operators to squeeze the same amount of earnings into a shorter time period.
Rutgers’ Robinson said ski areas would have to rely more on the President’s Day school vacation week in February to compensate for lost revenue during the Christmas holiday period. “Many of the ski resorts are going to have to really count on it this year because they were hurt by the holiday week between Christmas and New Year’s,“ he said. A poor turnout during that week could mean ski areas are “going to be running in the red.”
Forecasters are quick to caution, though, that the rest of the winter may not play out the same way that the season has started. Much depends on two key factors that affect winter weather in North America: La Niña and the Arctic Oscillation.
Two Very Different La Niña Winters
La Niña, which is a natural climate cycle characterized by cooler than average water temperatures in the tropical Pacific Ocean, tends to nudge the wintertime storm track to favor heavier snows in the Pacific Northwest, northern Rockies, Ohio Valley, and northern New England.
But this winter has not been behaving like a typical La Niña winter. Instead, storms have moved across southern California, into New Mexico and Colorado, and then on up into the Midwest.
Klaus Wolter, a researcher at NOAA’s Earth System Research Lab in Boulder, CO, said there are indications this will change later this month. “I’m pretty confident that it will probably revert back to more typical La Niña winter weather,” he said.
Part of the reason why this winter has departed so dramatically from La Niña’s script has to do with the Arctic Oscillation, which is a pattern of atmospheric pressure that helps steer the jet stream in the Northern Hemisphere. When it’s in a “positive phase” as it has been so far this winter, cold air tends to remain bottled up in the Arctic. So far in 2012, 130 daily high-temperature records have been broken in California alone.
Wolter and many other forecasters think the Arctic Oscillation may shift during the next few weeks, making it easier for a more typical La Niña weather pattern to emerge. This would begin to favor ski areas in the Pacific Northwest and northern Rockies, such as Jackson Hole, Wyoming and Big Sky, Montana.
A version of this post also appears at Climate Central, a content partner of Climate Watch.
One thought on “We’re Not Alone: Wimpy Winter Weather Across the Country”
yes, weather oddities…. is anyone yet connecting the changes to the massive weather modification progtrams, geoengineering, aerosol spraying of chemicals that make for the ‘beautiful red clouds at sunrise and sunset’???? see http://www.geoengineeringwatch.org and http://www.californiaskywatch.com for info. Frankensky, frankenweather and perhaps we have lost control of these experiments with unintended consequences. Who is investigating?
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