Global Warming 101 (1 of 5) - The Greenhouse Effect
Uploader Comments (FreshAirScentOfPine)
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All Comments (9)
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CO2 0.0395%, H2O 1.9605%. CO2 absorbs at two infrared peaks; H2O absorbs across electromagnetic spectrum (UV, visible, and infrared). Solar radiation across CO2 infrared peaks is less than 10% of total solar insolation (TSI). Solar radiation across H2O absorption spectrum is more than 95% of TSI, including same 10% absorbed by CO2. Share of absorption by CO2 - 7%. Net CO2 share of GHG effect = 0.000395/0.02 x 0.07 = 0.0014 = 0.14%. Share of GHG by H2O = 99.86%. Stick to scientific facts: no AGW!
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@FreshAirScentOfPine but your comparison to the moon and mercury should not be considered based on their week magnetic fields in comparison to earth's magnetic field. It's apples to oranges.
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nice and appreciable upload indeed
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Great one bud! Nice and thank you!
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Very useful
thak you for posting
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This is a well-made series that deserves more views.
The analogies of comparing moon to earth are naive when making the case of agw. It's not mentioned in the comparison the magnetic field effect of both earth and moon and or either mercury. Earth has it's atmosphere and it's determined or dictated by it's own magnetic field.
Zonly1 3 months ago
@Zonly1 While it is Earth's magnetic field that enables our planet to maintain its atmosphere, it is the properties of the greenhouse gases within the atmosphere that enable it to retain the energy received from the Sun. The end conclusion is the same. With no atmosphere, or a negligible one in the case of Mercury, neither our Moon nor Mercury is able to retain the solar energy it receives. The reason why our Moon and Mercury have no atmosphere does not change these conclusions.
FreshAirScentOfPine 3 months ago