It's done all the TIME by OMISSION.. Because NOWHERE in the public discourse are facts like these presented.
Really? Its not in the "public discourse" ?
How did you get them then? By doing the theory and experiments all on your own?
Or by breaking into a scientists office and stealing the information?
You poll them yourself.
"Or by breaking into a scientists office and stealing the information?"
That`s easier than You think it is:
Apache/2.2.16 (Debian) Server at geoflop.uchicago.edu Port 80
Index of /forecast
And the fact that they do not consider the difference between ABSORBANCE and ABSORPTION is right there:
Atmospheric pCO2
[FONT=Arial, Geneva]http://geoflop.uchicago.edu/forecast/tmp/isam.2.09094417.gif
[/FONT]
Radiative Forcing
Global Mean Temperature
If You knew anything about calculus then you`ld also know that there is no way that the temperature can be a
linear proportional function of the CO2 IR absorption which is a
non linear log function.
If You click on that:
Modtran Infrared Atmospheric Radiation Code
then run the model with CO2 starting @ 250 ppm then repeat to ~350 ppm or more and check the numeric output on the right side then You can see that the delta T increase the best ISDN computer model puts out
is a LINEAR 0.1 per 10 ppm CO2 increase....
which is exactly the point "flacaltenn" was making.!!!
I know for a fact that this is their latest "readjustment" to make these models conform to the historic data after "deniers" that know their math pointed out that none of the computer models could conform with the actual data that we have for the past and what these models put out for the corresponding CO2 ppm .
I`m almost beginning to feel sorry for these sorry sacks of shitheads...go there:
Index of /forecast
Then click on "parent directory" and You get:
http://geoflop.uchicago.edu/
It works!
It`s not rocket science to follow how they alter data all the time:
Index of /forecast
[ICO] Name Last modified Size Description
[DIR] Parent Directory -
[DIR] archive/ 18-Sep-2009 16:28 -
[DIR] cgi-bin/ 09-Aug-2012 05:11 -
[DIR] cgidata/ 18-Sep-2009 16:28 -
[DIR] docs/ 19-Jan-2012 10:12 -
[ ] geoflop.out 09-Oct-2009 16:48 34K
[DIR] tmp/ 09-Aug-2012 09:44 -
Hey they where at it again even today:
Index of /forecast/tmp
09-Aug-2012 09:41 1.8K
isam.0.09094410.gif 09-Aug-2012 09:44 1.8K
[IMG] isam.0.09094417.gif 09-Aug-2012 09:44 1.8K
[IMG] isam.1.09094156.gif 09-Aug-2012 09:41 2.0K
[IMG] isam.1.09094410.gif 09-Aug-2012 09:44 2.0K
[IMG] isam.1.09094417.gif 09-Aug-2012 09:44 2.0K
[IMG] isam.2.09094156.gif 09-Aug-2012 09:41 1.7K
[IMG] isam.2.09094410.gif 09-Aug-2012 09:44 1.6K
[IMG] isam.2.09094417.gif 09-Aug-2012 09:44 1.6K
[IMG] isam.3.09094156.gif 09-Aug-2012 09:41 1.7K
[IMG] isam.3.09094410.gif 09-Aug-2012 09:44 1.8K
[IMG] isam.3.09094417.gif 09-Aug-2012 09:44 1.8K
[IMG] isam.4.09094156.gif 09-Aug-2012 09:41 1.8K
[IMG] isam.4.09094410.gif 09-Aug-2012 09:44 1.7K
[IMG] isam.4.09094417.gif 09-Aug-2012 09:44 1.7K
[IMG] isam.5.09094156.gif 09-Aug-2012 09:41 2.1K
[IMG] isam.5.09094410.gif 09-Aug-2012 09:44 2.1K
[IMG] isam.5.09094417.gif 09-Aug-2012 09:44 2.1K
[SIZE=4][B]So why all the adjustments...???? [/B][/SIZE]
...if they did have it right as they still insist there should be no need to "re-adjust" either the data or the "math"...if you want to call complete joke like that "math"
If You knew anything about programming with C+ then You`ld know what this is all about:
[URL]http://geoflop.uchicago.edu/forecast/geoflop.out[/URL]
[B]I do !!!....[/B]because that was my job...writing computer models for engineering projects
[SIZE=4][B][SIZE=6]So why all the adjustments...????[/SIZE] [/B][/SIZE]
[B]
Which is the topic of this thread...!
And by the way here is the proper Math:
[/B][url=http://www.john-daly.com/artifact.htm]The Climate Catastrophe - A Spectroscopic Artifact[/url]
[quote][FONT=Arial, Geneva][B][COLOR=#800000][SIZE=+1]Dr. Heinz Hug
[/SIZE][/COLOR][/B][/FONT] [FONT=Arial, Geneva]The [B][I]radiative forcing for doubling[/I][/B] can be calculated by using this figure. If we allocate an absorption of 32 W/m[SIZE=-2]2[/SIZE] [B][COLOR=#800000][SIZE=-1][14][/SIZE][/COLOR][/B] over 180º steradiant to the total integral (area) of the n[SIZE=-2]3[/SIZE] band as observed from satellite measurements [B][COLOR=#800000][SIZE=-1](Hanel et al., 1971)[/SIZE][/COLOR][/B] and applied to a standard atmosphere, and take an increment of 0.17%, the absorption is 0.054 W/m[SIZE=-2]2[/SIZE] - and not 4.3 W/m[SIZE=-2]2[/SIZE].[/FONT]
[B][FONT=Arial, Geneva]This is roughly 80 times less than IPCC's radiative forcing.[/FONT][/B]
[FONT=Arial, Geneva]If we allocate 7.2 degC as greenhouse effect for the present CO[SIZE=-2]2[/SIZE] (as asserted by Kondratjew and Moskalenko in J.T. Houghton's book [B][I][COLOR=#800000]The Global Climate[/COLOR][/I][/B] [B][COLOR=#800000][SIZE=-1][14][/SIZE][/COLOR][/B]), the doubling effect should be 0.17% which is 0.012 degC only. If we take 1/80 of the 1.2 degC that result from Stefan-Boltzmann's law with a radiative forcing of 4.3 W/m[SIZE=-2]2[/SIZE], we get a similar value of 0.015 degC.[/FONT]
[FONT=Arial, Geneva]Kondratjew and Moskalenko are referring to their own work [B][COLOR=#800000][SIZE=-1][15][/SIZE][/COLOR][/B] - but when we checked their Russian book on that page, it turned out that this was nothing but an index of terms and nowhere else a deduction of this broadly referred 7.2 K figure [B][COLOR=#800000][SIZE=-1][16] [/SIZE][/COLOR][/B]could be found. It should be mentioned that the radiative forcing for the present CO[SIZE=-2]2 [/SIZE]concentration varies considerably among references. K.P. Shine [B][COLOR=#800000][SIZE=-1][17][/SIZE][/COLOR][/B] specifies a value of 12 K whereas according to R. Lindzen CO[SIZE=-2]2[/SIZE] only accounts for about 5% of the natural 33 degC greenhouse effect. This 1.65 degC is less than a quarter of the value used by IPCC and leads to a doubling sensitivity of 0.3 to 0.5 degC only [B][COLOR=#800000][SIZE=-1][18][/SIZE][/COLOR][/B]. [/FONT]
[FONT=Arial, Geneva]What is really true? Is there anybody to present a scientific derivation or a reference where this figure is not copied or just stated from assumptions, but properly calculated?[/FONT]
[/quote][/QUOTE]
Thanks P.B. for that interesting note from Hug.. There is a rebuttal/debate page that I need to read and should be interesting.. MAINLY correct observations -- BUT he has restricted the excitation to just one band of CO2 absorption.. And perhaps I don't know how he extends that to the total CO2 contribution.. But it's worth a read..
Debate page includes a letter from Dr. Roy Spencer -- so that's pretty wide distribution and response..
Thanks again...