"When the ice storm hit Texas and much of the northern hemisphere, as we pointed out, the alarmists said yes, of course, warming means cooling, we told you so, after the fact, and not for the first time.
But if it’s true, ... data from Houston, Dallas and Oklahoma City (shows) there’s been a reduction in days below freezing in all three cities since the mid-20th century only proves that the planet is warming.
The problem, of course, is that we’re back in the wacky world where everything proves climate change after the fact.
Even stuff that didn’t happen.
They say of course warming causes warming and you point out that it’s cold and they say of course warming causes cooling and you point out that it’s not cooling and they say of course warming doesn’t cause cooling.
And it gets more complicated.
... in Japan it seems winter has not been getting warmer in the last 35 years.
Jim Steele recently asked “Why were we unprepared for such cold when the northern hemisphere had been experiencing a winter cooling trend since 1990?
Were government officials too gullible, lulled by narratives that global warming would make snow disappear and cold snaps less likely?”
... The northern hemisphere has experienced a 30-year cooling trend?
... a warming Arctic but cooling from there down to the equator.
The conclusion is obvious: the situation is complicated.
But what explanation have you heard from the AGW set for this phenomenon?
We’ll tell you: none because they haven’t yet admitted this one happened.
And all because they insist that CO2 is driving climate toward disaster a priori so anything bad that happens we told you so.
... “The natural quasi‑permanent Aleutian Low nearly explains it all.”
... it’s an atmospheric phenomenon that occurs every fall but not always in the same place.
Depending what El Nino, the PCDO and the AO are doing, the Aleutian Low can form over the Bering Sea, sending warmer air and water north and warming the Arctic, while also weakening the polar vortex with winter storm consequences.
But it can also form over the Gulf of Alaska, reducing the flow of warmth north and upward and laying off the vortex.
... the Aleutian Low divided its time pretty evenly between the two from 1950 to 1976, then pretty much anchored itself in the Bering Sea through 2011.
Which explains the warmer Arctic and the sharper cold spells. without, at least obviously, any connection to CO2.
“Clearly energy policy must be better prepared to deal with natural climate change”.