That’s not what I said. Why do temperature ADJUSTMENTS correlate with CO2? The probability that this happens by chance is shockingly close to zero.

Easy: carbon is easily dissolvable into various polar substances. When temperatures rise, so does the rate of diffusion. As temperatures decrease, so does the rate of diffusion. When it cools, less carbon will be present in air and would likely deposit elsewhere or be absorbed by biomass; and when it warms, so does the quantity of carbon in our air. Since diffusion is dependent on temperature, carbon and temperature should, mathematically, show a similar trend.

Carbon is merely an indicator for temperature. You can say, it's merely a litmus test. Carbon has no intrinsic or extrinsic properties, especially when it makes up merely 0.039% volume of air, to have any effect on heat transfer. It is thermodynamically impossible for carbon to dictate global temperatures.

That’s not what I said. Why do temperature ADJUSTMENTS correlate with CO2? The probability that this happens by chance is shockingly close to zero.

Easy: carbon is easily dissolvable into various polar substances. When temperatures rise, so does the rate of diffusion. As temperatures decrease, so does the rate of diffusion. Since diffusion is dependent on temperature, carbon and temperature should, mathematically, show a similar trend. When it cools, less carbon will be present in air and would likely deposit elsewhere or be absorbed by biomass.

Carbon is merely an indicator for temperature. You can say, it's merely a litmus test. Carbon has no intrinsic or extrinsic properties, especially when it makes up merely 0.039% volume of air, to have any effect on heat transfer. It is thermodynamically impossible for carbon to dictate global temperatures.

That’s not what I said. Why do temperature ADJUSTMENTS correlate with CO2? The probability that this happens by chance is shockingly close to zero.

Easy: carbon is easily dissolvable into various polar substances. When temperatures rise, so does the rate of diffusion. As temperatures decrease, so does the rate of diffusion. Since diffusion is dependent on temperature, carbon and temperature should, mathematically, show a similar trend.

Carbon is merely an indicator for temperature. You can say, it's merely a litmus test. Carbon has no intrinsic or extrinsic properties, especially when it makes up merely 0.039% volume of air, to have any effect on heat transfer. It is thermodynamically impossible for carbon to dictate global temperatures.