<BLOCKQUOTE class="ip-ubbcode-quote"><div class="ip-ubbcode-quote-title">quote:</div><div class="ip-ubbcode-quote-content">Originally posted by BadAndy:<BR>My vexation with Invid is that he accepts LYING CRAP like this blog and doesn't even actually go read that referenced paper, even read the abstract of the paper. Furthermore the whole point of the lying crapping blogosphere is to produce endless Invids who uncritically propagate this crap and give it the "astroturf gravitas" of lots of people mouthing it around. <BR>[...]<BR>Now, <I>read this,</I> and what does it say? <B><span class="ev_code_red">It says very plainly that "models" do in fact demonstrate the observed effects! </B></span> And I will get to which "models" do so shortly. Hoffman's <I>use</I> of the paper, to wit: "... amplify the Sun's impact in an <B>unsuspected way.</B> Not surprisingly, <B>the new discovery is getting a cool reception from the CO2 climate change clique.</B>" ... is total f**king bullshit LYING. </div></BLOCKQUOTE><BR>You know, I regret using that quote now. It seems that my point, my smilie, my quotation marks, and my joke were lost in the red mist that you saw after reading it. Perhaps it was too subtle, and I apologize.<BR><BR>Again, my point was not questioning whether or not the models reflected the observed effects, but whether the coupling was accurately represented in the current models, and how that might impact their accuracy in a chaotic simulation. I also allowed for the fact that you can used fudge-factor approximations to match the observed data, but my point, which you seem to have completely overlooked, is that the approximations will not necessarily hold when extrapolated out. Is there a problem with this line of reasoning, or are you bound and determined to pick apart an argument I'm not making?<BR><BR>You asked why I was a sceptic, and I told you it was because I have limited faith that just because the models reflect <B>now</B> accurately, doesn't mean they will predict <B>tomorrow</B> when so many significant mechanisms are approximations. How does one trust your model's predictive power when you don't understand the mechanics of significant basic elements like cloud cover coupling with temperature and solar forcing for example?<BR><BR>As you go on to say in your own post, the two parent models had to be synthesized before they reflected observations <B>as emergent behaviour</B>. The paper itself highlighted this new understanding.