Greg and I are competing to see who has the best collection of photos that make you go “WTF?!” We’re taking submissions as well, so send em on in!
A sample entry:

The rest of my entries are HERE
New calendars are getting printed
We just sent the proofs over to the printer for the new calendars. We have a White Mountain edition and a Green Mountain edition. Click one of the following to view and pre-order each (will ship on or before August 21):
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Google Earth’s historical imagery
I just found out about Google Earth’s historical imagery feature. Needless to say the first thing I looked for is winter-month imagery. While there don’t seem to be many winter satellite images for the mountain regions of the Northeast, there are a couple of May views. Here’s one of The Ravines from May of 1994 (click for a larger view). Was this historically snowy, or just about average? Looks pretty good to me right about now:

I did a lot of flying around last night checking things out. Already building up a list for next year!
I guess if we can’t have winter year round in New England, the best we can do is look at satellite pictures of it!
What does a historically cool June and early July mean for Winter 2009-2010
As the north country endures another round of upper level low induced summer suckage you have to wonder exactly what that means for the upcoming winter.
First the answer is it has nothing to do with the upcoming winter. Any historical stat – espically with winter is just an expression of what happened in the past. As anybody knows – if you flip a coin 50 times and it lands on heads 50 times that doesn’t mean it will land on heads the 51st time. Now you say-well it should tell you that something is up with the coin and you can expect heads…and you might be right. Perhaps the coin is weighted funny. Perhaps you’re playing a cheater. Who knows. Well the same goes for the weather. Looking at historical data should only tell you that something is afoot. It should give you a guide for watching how things develop.
And so with that crap out of the way let me begin.
I noticed that the Artic Oscillation (AO) is extremely negative and has been so since early june.

In fact it’s been strongly negative. Since 1950 only seven other years have featured a june with such a strongly negative AO.
They were: 1951, 1957, 1958, 1982, 1987, 1997 and 1998.
So taking those years I figured lets look at what Mt. Mansfield shows as snowfall for the winter following those years.
Sadly examining this snow stake data is inconslusive. Early years showed a slightly below normal snow depth and the later years show a slightly above average snow depth. Clearly no conclusion can be drawn.
Perhaps we can draw some conclusions regarding what the weather might be based on comparing the years above with the AO in the corrseponding winters.
As you can see from the chart below, A negative AO generally leads to below average temperatures for the East and North east when the Negative AO occurs in J/F/M.

So what did these years have for the AO? (Numbers are D, J, F, M)
51/52: -1.9, -.85, -.4, -1.9
57/58: .8, -1.4, -2.2, -2.5
58/59: -1.67, -2.013, 2.5, 1.4
82/83: .967, 1.359, -1.806, -.567
87/88: -.534, .265, -1.066, -.197
97/98: -.071, -2.081, -.183, -.254
98/99: 1.353, .110, .482, -1.492
Looking at these numbers again is not conclusive BUT they do show that 75% of the time these winters exhibted a negative AO which is a good thing for our temperatures.
With a building “west based” el nino, which leads to cooler east coast temps the best guess at this time is that the signs point to a cool winter. Wish I could say all signs point to constant bombed out coastal lows but that’s reality!
I came across a pretty cool tutorial the other day after seeing a tip on TGR. So I just started playing around with some old pictures, and came up with something I think looks pretty fun. I’ll be trying some more of these in the next few weeks and posting them here.



