I think it's often worth pointing out evidence of basic predictions and expectations for anthropogenic climate change, and here are a couple, both from
"Vapor Storms" by Jennifer Francis in the November 2021 issue of
Scientific American:
The increase in water vapor, as a result of a warmer atmosphere:
By the way,
there's 1.27e16 kg of water vapor in the atmosphere, on average, or an average of 24.9 kg/m
2. (That's 0.25% of the atmosphere's mass, or 3,970 ppm by mole. Interestingly, that's only equivalent to 2.5 cm (1 inch) of equivalent sea level rise.) So an increase of about 0.9 kg/m
2 (as it looks from the graph, weighting between land an ocean) is 3.6%. Half the predicted 7% per °C of warming predicted by the Clausius-Claperyon equation. Not sure why.
Increase in extreme rainfall in the US:
Source for both: Jennifer Francis,
"Vapor Storms," Scientific American 325, 5, 26-33 (November 2021). http://doi:10.1038/scientificamerican1121-26.
1 comment:
So this is a positive feedback, correct? Can we quantify the forcing created by this extra water vapour?
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