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@ADreamOfLiberty
Shhhhhhh. You've been dismissed
I accept your concession.Shhhhhhh. You've been dismissed
OOpps sorry, it's too late. You've already been dismissed. You couldn't have kept up anyway. Unfortunate, better luck next time.Prove it????????
A subband is blocked, and always has been; but energy still escapes by bulk movement. You may have noticed this by terms such as "wind".Greenhouse gases like CO2 absorb this infrared radiation and trap it in the atmosphere, preventing it from escaping into space.
Thirdly, there is strong scientific evidence linking increased CO2 levels to rising global temperatures.
Rising temperatures are causing ice caps and glaciers to melt, which is contributing to rising sea levels
Don't you dare debate AGW.On that you would be crushed. Lol
Are you brand new to science?
-->@<<<TWS1405_2>>>Reported.
And nasa has an entire website where they disagree with your assessment
While it is true that energy can escape the Earth's atmosphere through bulk movement, this does not negate the fact that greenhouse gases like CO2 trap heat in the atmosphere.
Therefore, it is important to recognize that while bulk movement can contribute to energy escaping the Earth's atmosphere, it does not invalidate the role that greenhouse gases like CO2 play in trapping heat and contributing to global warming.
We know that 255 K is the wrong answer; off by 33°C. The discrepancy is the greenhouse effect, and to this we owe our comfort and our liquid oceans. The greenhouse gases absorb some of the outbound infrared radiation and re-radiate in all directions, sending some of the energy back toward Earth. Two-thirds of the effect (about 22°C) is from water vapor, about one-fifth (~7°C) is from carbon dioxide, and the remaining 15% is from a mix of other gases, including methane.Crudely speaking, if CO2 is responsible for 7 of the 33 degrees of the greenhouse effect, we can easily predict the equilibrium consequences of an increase in CO2. We have so far increased the concentration of CO2 from 280 ppm to 390 ppm, or about 40%. Since I have some ambiguity about whether the 7 K contribution to the surface temperature is based on the current CO2 concentration or the pre-industrial figure, we’ll look at it both ways and see it doesn’t matter much at this level of analysis. If CO2 increased the pre-industrial surface temperature by 7 K, then adding 40% more CO2 would increase the temperature by 7×0.4 = 2.8 K. If we instead say that 7 K is the current CO2 contribution, the associated increase is 7−7/1.4 = 2 K. Either way, the increase is in line with estimates of warming—
it simply has no effect on the equilibrium since it has always been blocked and never been a significant part of power flow through the atmosphere.
it simply has no effect on the equilibrium since it has always been blocked and never been a significant part of power flow through the atmosphere.Well, the science disagrees with your conspiracy.
The level of blocking was increased by rising Co2.
Also, do note that Co2 captures heat from space.
I am not sure what exactly is unclear about this.
What are your assertions?You have none. Lol
-->@<<<TWS1405_2>>>You didn't check my links