Really? Detecting that your ice core temperatures weren't deuterium based wasn't exactly regurgitating stuff that I'd been spoon fed. Since you fed it to me, and clearly didn't appreciate the distinction, you are in no position to criticise my - admittedly limited - grasp of climate science, since it still beats yours into a cocked hat.
Precisely how did I "fail to cope"? My initial response didn't take you all that seriously - it's not usually worth taking your "evidence" any too seriously - but when you went to trouble of digging specific numbers out of the tedious table, I did point out - correctly - that your data was local, rather than the effectively averaged ice core temperature data that I had been talking about.
It took a while for the implications of this to sink in, and an hour or so with google to find out what was actually going on.
Ideally, I'd have woken up the implications of of the -30K temperatures immediately and done my google searching a day earlier, but I got the to right answer tolerably quickly, and didn't say anything obviously stupid while I was getting there.
My comment on the 29th December
/quote
In so far as the temperatures are deduced from the deuterium content of the water in the ice, I was under the impression that the ice core data reflected evaporation temperatures - which is to say, the temperatures of extended areas of sea surface with a bias towards the areas closer to the equator, where evaporation is faster.
Your Greenland data is the first I've seen to give absolute surface temperatures at the ice cap, and I don't know how they were derived, but the obvious point is that they have to be local, because evaporation is negligible at -30 Celcius.
/end quote
precedes the google search, and should have given you enough of clue to let you work out what going on for yourself.
If this is "failing to cope", how do you rate your own performance?
Hoisted by your own petard?
-- Bill Sloman, Nijmegen