HereWeGoAgain
Diamond Member
Some times Greenpeace has a rough voyage;
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Holy shit! That's freeze your nose hairs cold!
As of Wednesday afternoon, the Minnesota Department of Transportation reported difficult driving conditions on multiple highways due to snow-covered and slippery roads around Minneapolis. These hazardous roads include US-10 and I-94 in both directions, as well as on MN-15.
A crash also occurred on I-90 westbound between MN 91 and exit 33 during the late afternoon hours, causing slow traffic. At the time of the crash driving conditions were classified as difficult due to packed snow on the roadway.
Air travel is also being impacted as FlightStats reports excessive delays at Denver and Minneapolis-St. Paul airports.
AccuWeather RealFeel® temperatures will become dangerously low during and after the storm, plummeting to between 30 to 40 below zero on Wednesday night through Thursday night.
Yeah.....so what???....it's cold in North Dakota in December.....woooeeee.....big surprise.....are you still completely in the dark about the difference between weather and climate, walleyed? Are you still stupidly and futilely pointing at cold weather events in some place in the winter and imagining that they somehow negate all of the evidence that globally the planet is still heating up? You are such an ignorant clueless denier cult troll!
Moreover, there are a number of studies that indicate that the extreme winter weather events that have happened in the northern hemisphere in the last decade or so are the result of the extreme decline in Arctic ice and the effect of that ice loss on the jet stream.
Warming Arctic Fueling Cold, Snowy Winters, Study Says
ClimateCentral
By Andrew Freedman
February 27th, 2012
(excerpts)
The blockbuster snowstorms and frigid temperatures seen in much of the northern hemisphere during the past few winters are in part the result of global warming-related Arctic sea ice loss, according to a new study published Monday. The study, published in the Proceedings of the National Academy of Sciences, finds clear links between the precipitous decline of Arctic sea ice and severe winter weather in Europe, Asia, and parts of the U.S. during the past several years. The study adds to the growing body of evidence pointing to the widespread ramifications of melting Arctic sea ice, proving that whats happening in the Far North is not just a concern for polar bears anymore. This study is the first to take a comprehensive look at how Arctic sea ice loss is changing the odds of unusually heavy snows in the Midwest and eastern U.S., as well as parts of Europe and Asia. Using a combination of observational data and computer model simulations, the group of researchers from Georgia Tech, the Chinese Academy of Sciences, and Columbia University, found that sea ice loss -- particularly the decline in fall sea ice cover -- affects winter weather in the northern hemisphere through a complex series of interactions between the ocean and the atmosphere.
The Arctic has been warming at about twice the rate of the rest of the globe, a trend studies show is largely due to manmade climate change. Fall sea ice cover declined by 27 percent between 1979-2010, and the five lowest sea ice extent years have all occurred during the past five years. The chain of events begins during the summer sea ice melt season, when above average air temperatures and warmer waters melt highly reflective sea ice, revealing the darker ocean waters. These waters absorb much more incoming solar radiation, which increases water temperatures. This boost in water temperatures melts more sea ice, and slows the growth of new ice cover during the fall. The warm, ice-free ocean water allows more heat and moisture to be added to the atmosphere during the fall and winter, which can alter weather patterns in favor of a wavier jet stream that makes more frequent dives southward, dragging Arctic air and moisture with it. According to the study, the end result of all this is that there are increased chances of heavy snowstorms and cold air outbreaks in the Northeastern and Midwestern U.S., as well as Europe and parts of Asia. A key implication of the study is that if sea ice loss continues apace, there may be more cold and snowy winters in store for these areas.
It's become pretty obvious that no matter what kind of weather we have,it will be attributed to "climate" change.
Hot,cold or mild......climate change.