News brief by Kip Hansen — 28 November 2022
Just a quick note about those predictions and projections of “The End of Snow” (You remember that, don’t you? I mentioned another such nonsensical media-meme here.)
According to post at Severe Weather Europe: “Snow Extent in the Northern Hemisphere now Among the Highest in 56 years Increases the Likelihood of Cold Early Winter Forecast both in North America and Europe”. Images that follow are from the snow page at Global Cryosphere Watch.
This is what they mean:

That’s a lot of “no more snow”.
Or this:

Readers should note that : “highest in 56 years” doesn’t mean it was higher in some year before 1966. It means that our first satellite measurements are from 56 years ago….so, it really means, “highest ever measured”.
As for “drought everywhere”, this is not light low-water-content snow:

This observation aligns well with “In his most recent Weatherbell Saturday Summary, veteran meteorologist Joe Bastardi looks ahead at the winter weather over the coming weeks across the globe.”
Just so ya know.
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Author’s Comment:
In the Central Hudson Valley of New York State, USA, we had out first snow on October 15th. Long gone now, as Indian Summer arrived and my wife and I enjoyed several glorious days of sailing the fall-decorated Hudson River in 70°F sunny weather.
In the past 30 years, we have had lasting snow as early Halloween and as late as Easter.
We live in hope of another White Christmas, which we had last year.
Weather is chaotic, and varies wildly within a range determined by unnumbered factors, which we call Earth’s climate.
Enjoy the snow, if you have it. According to so many false voices: “It will soon be a thing of the past.”
Thanks for reading.
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Air will flow into western Canada straight from the North Pole.
http://tropic.ssec.wisc.edu/real-time/mtpw2/product.php?color_type=tpw_nrl_colors&prod=namer×pan=24hrs&anim=anigf
Winter in the northern hemisphere will begin according to the calendar on the first of December.

If we’re going to get sub zero temps, I like to see it happen before there is snow cover. Helps to keep the bug population down.
It is looking like it’s coming. Strat warming over Arctic is loading it up.
I looked at the Rutgers data and for week 43 (most recent) it’s showing 25.97 km^2 about 12th in ranking, but your graph shows over 40 km^2, what’s the reason for the difference?
Looked at more recent data from NOAA and snow cover looks fairly average.
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