The first damaging fact to the theory: CO2 is actually a heavy gas. It is not ‘well mixed’ in the air as per the glib claim. Just check out the NASA image (left) showing widely varying carbon dioxide concentrations. Indeed, schoolchildren are shown just how heavy CO2 is by way of a simple school lab experiment.
This heavy gas thus struggles to rise and soon falls back to earth due to its Specific Gravity (SG). Real scientists rely on the SG measure which gives standard air a value of 1.0 where the measured SG of CO2 is 1.5 (considerably heavier). Thus, in the real world the warming theory barely gets off the ground.
If you ask any climate ‘scientist’ how long CO2 traps heat they are unable to tell you. Instead you will find airy-fairy, hand-waving pronouncements like this peach:
“As humans emit greenhouse gases like CO2, the air warms and holds more water vapor, which then traps more heat and accelerates warming.”
You see, they want to convince you that CO2 is trapping heat (like a greenhouse) but then don’t tell you how much and for how long.
But take a look at any climate ‘science’ publication explaining how they quantify and explain their mechanism of carbon dioxide’s ‘heat trapping’ in the climate and you will only read about radiation effects, nothing at all on those essential laws that chemical science experts rely on. Anyway, a greenhouse works by blocking out cooling convection, not by trapping radiation.
And the greenhouse gas theory is all about radiation. But radiation is not the principle method of heat transport in a gaseous environment like earth’s atmosphere. Here. it is convection and conduction that carry heat around the system. No wonder climate computer models fail.
So, does carbon dioxide trap and retain heat? No, although it cools more slowly than some other gases, it absorbs some amount of heat and quickly cools the same amount when the heat source is removed. Does it rise up in the atmosphere? No, it does the opposite. It sinks.
It is well known that CO2 pools in the lower atmosphere – it is heavy and sinks to the ground where it forms large concentrations (e.g as carboniferous limestone)...read more>>>...