Willis’ article is well presented and insightful. The comments, particularly those of RGB, are quite valuable. Some of the comments are good examples of what not to do. Some are educational and valuable.
Willis and RGB contribute greatly to WUWT, and they are among the greatest minds of our time. If you research the site, with the built-in search or your favorite search engine, you will find a wealth of knowledge and insight.
You will understand the global climate better if you read this article and the comments. The time spent reading will prove worthwhile.
While RGB points out that CO2 physically acts to increase global average surface temperature, Willis shows (in this and prior articles) that CO2 is not the only factor, and as RGB points out, more heat doesn’t necessarily mean hotter; it can instead mean faster, or slightly larger dissipative emergent phenomena.
Carbon dioxide is an essential ingredient in life. We must have it, and it has been deficient in the environment throughout human existence. It is likely still deficient. CO2 is no more a pollutant than O2 and H2O. Oxygen is a killer. Water, even more so. We humans suffer more expense and direct tragedy already, directly due to these other two essential ingredients of life than any plausible scenario associated with CO2.
We will burn all of the fossil fuels unless a genius breakthrough occurs. We will run out of all of it before CO2 even begins to become a true concern to the well being of humans and the biosphere.
Mostly, I agree with RGB (and Willis routinely expresses full solidarity with this sentiment) when he says that climate related policies, and even the vast sums spent on climate research are harmful to the least among us. The Pope wants us to respect the poor. That starts not with only small kindnesses, but with cheap energy by every means available.
RGB is correct when he says:
“At heart, all poverty is energy poverty. The units of energy are the units of work, and work, one way or another, is wealth.”
Guest Post by Willis Eschenbach
I got to thinking about how I could gain more understanding of the daily air temperature cycles in the tropics. I decided to look at what happens when the early morning (midnight to 5:00 AM) of a given day is cooler than usual, versus what happens when the early morning is warmer than usual. So what was I expecting to find?
Well, my hypothesis is that due to the emergence of clouds and thunderstorms, when the morning is cooler than usual, there will be less clouds and thunderstorms. As a result the day will tend to warm up, and by the following midnight it will end up warmer than where it started. And when the morning is warmer than usual, increased clouds and thunderstorms will cool the day down, and by the following midnight it will end up cooler than when it started. In other…
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