SSDD
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- Nov 6, 2012
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- #61
Not one single lab experiment? I can shoot down your whole hypothesis in one paragraph, if that's all that's required. I put CO2 into a spectrophotometer and it absorbs in the IR range. I put in more; it absorbs more.
And still, you can't provide a single lab experiment proving that CO2 causes warming in an open atmosphere. If it were that easy, don't you think someone would have come up with a valid experiment by now. I can claim that eating bananas will make a giraffe weightless all day long but till I can actually prove it by showing that a giraffe eating bananas becomes weightless I have nothing.....just like you....and all of climate science for that matter. The hypothesis remains unproven in spite of the billions flushed down the drain.
Therefore, since CO2 is not "magical" and behaves the same way in the lab and in the atmosphere, if CO2 continues to rise more and more IR will be absorbed.
Are you saying that a closed jar that elimates convection and conduction is the same as an open atmosphere? There is a reason that people challenge you warmists to provide some evidence of a greenhouse effect in an open atmosphere where factors like the heat of compression, etc., do not come into play. That reason is that the AGW hypothesis completely fails once it is outside of the jar in the actual atmosphere.
Since statistically 50% of all re-emitted IR radiation would head back towards earth, more CO2 in the atmosphere would mean more heading back towards earth, thereby increasing heat. There you go. Now go away and let people who really know about science argue about whether that's significant enough to cause changes in earth's climate.
Woult it? Can you show any proof of that? It should be easy to measure but the only way to measure so called downdwelling longwave radiation is to use an instrument that has been cooled to a temperature near that of the outermost reaches of the atmosphere.
The second law says that neither heat nor energy will spontaneously move from cool to hot. That statement has a meaning and the fact that you can't measure downdwelling longwave without cooling the insturment to a temperature far lower than the ambient seems to support that statement.