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the correct response is to explain global warming in terms of the greenhouse effect and greenhouse gases.
CO2 greenhouse effect in details
Um nobody is debating whether certain gases help prevent Infrared radiation from the earth traveling to space and thus cooling the planet. Of the gases, water vapor is much MUCH better at providing this affect than CO2. A cloudy winters day is always warmer than a clear winters day, even though the CO2 concentrations are the same on both days.
Quigley saysUm nobody is debating whether certain gases help prevent Infrared radiation from the earth traveling to space and thus cooling the planet. Of the gases, water vapor is much MUCH better at providing this affect than CO2. A cloudy winters day is always warmer than a clear winters day, even though the CO2 concentrations are the same on both days.
Except there is no reason for concentrations of water vapor to change - outside, of course, the extra heat coming from CO2, which creates more water vapor and amplifies the warming.
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https://scienceofdoom.com/roadmap/co2/
"What is interesting is seeing the actual values of longwave radiation at the earth’s surface and the comparison 1-d simulations for that particular profile. (See Part Five for a little more about 1-d simulations of the “radiative transfer equations”). The data and the mathematical model matches very well.
Is that surprising?
It shouldn’t be if you have worked your way through all the posts in this series. Calculating the radiative forcing from CO2 or any other gas is mathematically demanding but well-understood science."
"Measurements of longwave radiation at the earth’s surface help to visualize the “greenhouse” effect. For people doubting its existence this measured radiation might also help to convince them that it is a real effect!"