Not knowing about meteorology, I guess some cool weather will eventually come to the Arctic as in any other place. Yet there is this big difference with previous years that persists, these large temperature anomalies all around the Northern Hemisphere. In the following days a dull high is predicted. Still, the forecasted temperatures are anomalously high within the Arctic and
almost everywhere around the Arctic. It was not the same in '13 and '14 at all, '15 was closer. In previous years there always were extensive areas much colder than the rest.
Kara, Beaufort, Chukchi, CAB, ESS, Hudson, CAA, Barentz, Greenland, all will be feeling the heat in unison. And so the extent goes down.
Laptev sea is the exception, but that is not a good omen, since Laptev sea ice melts so easily ...
First image is what Nullschool shows for precip in the area for the three hours beginning May 12 at 1800. Second image shows above freezing surface temps around the same time. The dark AMSR2 area (which Wipneus contrast enhances) could be caused by the precip itself or by the algorithm compensating for precip. Or it could just as well be unrelated.
Yes, more intense precipitations in that area may explain it. Thanks
I thought it was supposed to be a butterfly flapping its wings in Japan that caused something-or-other. Turns out its a butterfly image in the Arctic that causes mayhem.
I did not imply any mayhem.
But...
You surely know there is no consensus that the butterfly effect is true. In fact, under some interpretation, it may be absolutely wrong. Say a butterfly in Texas shifts the position of a hurricane 100 miles, there goes another butterfly in Japan that makes the hurricane to become a tropical storm, but then another butterfly in Chile delays it appearance one day, one year before a mosquito in Australia changes the picture completely, and so, and so, and so, trillions of atmospheric perturbations, include them as boundary conditions in the deterministic Navier-Stokes equations, and try to find a deterministic solution.
However a butterfly of the size I show, made of slightly wet snow, might affect a hurricane much more precisely. It could trigger a slightly faster melting in June that would be further amplified in July and lead to many more km2 of melted ice, eventually deviating a Sandy-like storm to the left when it should have gone to the right.
So thinking twice, yes, this may imply mayhem