ROFL what a ******* moron you are.
Silly asshole, have you nothing at all to say, other than 'moron'? Probably not, that would require a bit of thought.
We've had this EFFING SAME CONVERSATION 5000 TIMES YA MORON. Has your view on this topic changed? Or did you forget the other 4999 times we discussed it?
And for the 5001st time, I will state that you are an ignoramous with zero knowledge of the science, and a willing liar for the energy companies.
and yet, you can't desprove Herr Koch's experiment from 1901. dude, provide your lab work first before you go off half cocked with your normal insulting behavior. See, you still haven't produced it.
Herr Kochs experiment has been shown to be invalid many times.
The Carbon Dioxide Greenhouse Effect
Experts could dismiss the hypothesis because they found Arrhenius's calculation implausible on many grounds. In the first place, he had grossly oversimplified the climate system. Among other things, he had failed to consider how cloudiness might change if the Earth got a little warmer and more humid. A still weightier objection came from a simple laboratory measurement. A few years after Arrhenius published his hypothesis, another scientist in Sweden, Knut Ångström, asked an assistant to measure the passage of infrared radiation through a tube filled with carbon dioxide.
The assistant ("Herr J. Koch," otherwise unrecorded in history) put in rather less of the gas in total than would be found in a column of air reaching to the top of the atmosphere. The assistant reported that the amount of radiation that got through the tube scarcely changed when he cut the quantity of gas back by a third. Apparently it took only a trace of the gas to "saturate" the absorption — that is, in the bands of the spectrum where CO2 blocked radiation, it did it so thoroughly that more gas could make little
(7*)
These measurements and arguments had fatal flaws. Herr Koch had reported to Ångström that the absorption had not been reduced by more than 0.4% when he lowered the pressure, but a modern calculation shows that the absorption would have decreased about 1% — like many a researcher, the assistant was over confident about his degree of precision.
(9*) But even if he had seen the1% shift, Ångström would have thought this an insignificant perturbation. He failed to understand that the logic of the experiment was altogether false.
The greenhouse effect will in fact operate even if the absorption of radiation were totally saturated in the lower atmosphere. The planet's temperature is regulated by the thin upper layers where radiation does escape easily into space. Adding more greenhouse gas there will change the balance. Moreover, even a 1% change in that delicate balance would make a serious difference in the planet’s surface temperature. The logic is rather simple once it is grasped, but it takes a new way of looking at the atmosphere — not as a single slab, like the gas in Koch's tube (or the glass over a greenhouse), but as a set of interacting layers.
(The full explanation is in the essay on Simple Models, use link at right.)
The subtle difference was scarcely noticed for many decades, if only because hardly anyone thought the greenhouse effect was worth their attention. After Ångström published his conclusions in 1900, the small group of scientists who had taken an interest in the matter concluded that Arrhenius's hypothesis had been proven wrong and turned to other problems.
Arrhenius responded with a long paper, criticizing Koch's measurement in scathing terms. He also developed complicated arguments to explain that absorption of radiation in the upper layers was important, water vapor was not important in those very dry layers, and anyway the bands of the spectrum where water vapor was absorbed did not entirely overlap the CO2 absorption bands. Other scientists seem not to have noticed or understood the paper. Theoretical work on the question stagnated for decades, and so did measurement of the level of CO2 in the atmosphere.
(10*)
Interesting that none of the people that were so vocal in critisizeing Arrhenius are much remembered, with the exception of Angstrom, while you cannot study chemistry without repeatedly seeing Arrhenius's name.