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December 14, 2012
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Report: Warmer winters, more floods and fewer ski dollars for Sierra Nevada

Skiers, boarders and the nation’s winter-dependent business owners might find themselves praying to the snow gods more frequently if the findings from recent studies prove accurate. The $12.2 billion snow sports industry has lost more than $1 billion in revenue and up to 27,000 jobs over the last decade due to warmer winters and less snow, according to a new study commissioned by Jeremy Jones’ nonprofit Protect Our Winters and environmental action group Natural Resources Defense Council. The report — titled “Climate Impacts on the Winter Tourism Economy in the United States” — found that on average winter temperatures have risen steadily each decade since 1895, and will warm an additional 4 to 10 degrees Fahrenheit by the end of the century. “If we don’t do anything, it’s going to be a pretty bad situation. But hopefully the numbers will have woken people up,” POW Executive Director Chris Steinkamp said. Steinkamp, Jones and other professional athletes like snowboarder Gretchen Bleiler visited Capitol Hill last year to deliver accounts of how they’d witnessed climate change first-hand, but stories weren’t enough for the senators. Steinkamp said he hopes the numbers presented in the study can help enact major policy changes. “I guess that’s how Washington works. You have to bring up the economic impacts,” he said. Let it rain?The warming trend doesn't mean that every ski season from here on out will be like the 2011-12 winter, said Michael Anderson, state climatologist with the California Department of Water Resources. He added that those warm, snow-lean seasons will just become more common and as temperatures rise, so too will snowlines. “In the future, lake level will be snow free. The higher peaks will still have snow, so there will be a variant of what we have now. But because we have wide variability in California, not every year looks the same. We’ll still get monster snow years, but on average we’ll have more years like last year and fewer monster years,” he said. Less snow means more rain — possibly lots more. A 2011 Scripps Institution of Oceanography study predicts that flooding magnitude in the Sierra Nevada will increase by 50 to 100 percent by the end of the century due to warmer temperatures. “It will have great impact on current water management infrastructure. We expect to get more extreme precipitation events, but overall precipitation might be smaller. More snow will fall as liquid, and snow lines will rise,” lead author Tapash Das said. It’s a trend that has global ramifications. Das, who grew up in Bangladesh, said he’d seen the impact flooding could have on a country. It’s important to start collecting the information early to prepare for these events, he said. Predicting a pineapple expressCalifornia will have four new observatories by 2014 that scientists say will better monitor and predict the impacts from “atmospheric rivers” like the ones that drenched the state earlier this month and threatened to flood areas from Sacramento to Truckee. “We can now see which watershed will be affected and when. In the past, the satellite imaging that works over oceans doesn't work well over land. Now we can actually track the atmospheric river on shore,” Anderson said. The four observatories will enable scientists to determine which watersheds will be affected when a storm lumbers onshore, how long the rain is likely to last and how high the snow line will be. It’s short-term forecasting compared to Das’ long-range model, but the technology is still an important step forward in predicting when and where floods will occur, according to Anderson. “There won’t be a marked increase in flooding, but they will be noticeably larger. In the Northern Sierra, it’ll get to the point where we can expect bigger events,” he said.

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The Nevada Appeal Updated Dec 14, 2012 10:54AM Published Dec 14, 2012 10:52AM Copyright 2012 The Nevada Appeal. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.