@parados,
Quote:Yes, the particular aspect he never said and you simply made up out of thin air.
I'm not going to quibble with you or indulge your usual idiosyncratic reading of any particular group of sentences. Once again, anybody who's interested can read what he said, and my comments thereupon, for themselves.
With respect to the ultimate effects of CO2: What is the ultimate, overall, effect? I don't pretend to know. From what I've read, and giving particular stress to what some of the IPCC lead writers themselves say, about the only thing "certain" about climatology in it's current state is the inherent
uncertainty of any predictions, cause, effects, etc.
But some highly qualified climatologists argue along these lines, as I understand them:
1. Assume the temperature rises due to some factor in climate variability.
2. Higher temperatures will result in increased water evaporation.
3. Water itself is the primary "greenhouse gas," so that will result in an increased amount of greenhouse gases in the atmosphere.
4. But, at the same time, more clouds will be formed.
5. Cloud have a cooling effect because they reflect solar rays so that some of them never reach earth.
6. This will more than offset the increased greenhouse gas, and, in turn, contribute to temperatures getting lower again.
Everybody and his brother knows that it is cooler on cloudy days than on clear days, all else being equal.
I'm not pretending to resolve the issue. I'm just showing some of the arguments that have been made.
With more CO2, more CO2 will be converted to "biomass" (plant growth), and this will remove some CO2 from circulation indefinitely, so CO2 concentrations may fall again.