The egregious Soon has a paper, Variable solar irradiance as a plausible agent for multidecadal variations in the Arctic-wide surface air temperature record of the past 130 years which is a weasel-worded title if ever I saw one. But anyway: Soon is comparing the "Arctic" temperature record to the solar irradiance (via some proxy or another) and finding a wonderful match, which sends the Durkins of the world into a frenzy. Of course, this means that the solar *doesn't* match the global record; and of course given almost any shape of solar you could find some region of the world whose temperature trend would match it, but never mind that for now.
What about this Arctic temperature record? Its from Polyakov et al, and you can see their version of it here. You can download their station records (but be careful, there are data bugs in there) and average them yourselves (quite how Polyakov do the averaging I don't know; I'm just treating each file with weight one. This may not be right: it treats all the buoy data as one point, for example).
My results are shown here (as ever, click for bigger pic; black lines T avg; blue lines station count on the RH axis; all this is the annual mean data); the top left is the one to start with, and fairly well matches P et al. (remember P start their pix in 1880). So things are broadly OK. That pic is done by subtracting the mean of each station before averaging, which is of course necessary. Now look at the top right, where I haven't done this. There is a precipitious drop in temperature! Why? Because, as time goes by, more and more high-latitude stations come into the mix and the average temperature of a station goes down. Clearly this isn't a useful figure to deduce a T trend from, but it *is* a useful figure to demonstrate that the P dataset shows substantial shifts in its distribution of stations over time.
You can get rid of that by picking only stations that are always there: the lower plots are the same, but requiring 1900-1980 data to be (nearly always) present. Hence even the non-normalised version of this (bottom right) has no strong trend (after 1900). Sadly, though, the shape of the top and bottom left plots is nearly identical, so the changing data coverage hasn't made much difference to the overall trend. Ah well. I remain somewhat mistrustful of this dataset, because of the huge changes in coverage.
A much earlier post of mine may well be relevant: using HadCTRU data.
Durkin's Swindle has just been shown in Australia - it was followed by a hard-hitting interview and a panel discussion during which he was dismantled.
Durkin produced a new version for Australia with spanking new graphs - it seems even he couldn't stomach putting the old fake ones on air again.
Interestingly one of these was temperature record for the Arctic.
Why he thinks this is more relevance to Australians than the global or Southern Hemisphere records is something of a mystery:
You can also watch Carl Wunsch explaining how he was quotemined for Durkins 'Political' piece here:
Sometimes stating the scientifically obvious is helpful for us dull non-scientists. Implications for Soon paper are...?
[Implications *for* the Soon paper aren't anything really: sorry. I'm still rather mistrustful of the quality and representativeness of the P dataset. Implications *of* the Soon paper aren't anything either. The correlations he does are such tripe its not worth bothering with -W]
Wm will correct me if I'm wrong -- but I think the implication of the Soon paper is a direct correlation between solar irradiance and Arctic temps, to whit, the denialists will go stir crazy over this "proof" that it's nothing to do with CO2 and all about the sun. I'm sure McIntyre et al will get right on auditing this...
The link for the paper leads to a fire wall. Is it available on-line anywhere?
[Sorry. Welcome to scientific publishing :-( -W]
Anyone want to bet about Soon going on the Heritage Victory Tour, complete with banquets and "press" coverage on see-oh-too, FF, and other wingnut welfare outlets?
Oh, come on! Anyone?