potoroo99
BrokenHopes
fabreeze
BrokenHopes
However, when the earth has absorbed the heat, and is reradiating it to space, the frequency is shorter, and different. The Greenhouse gases trap THOSE radiation rays, and therefore the earth gets hotter.
Not the other way around.
Both happens.
Some radiation gets reflected by the white clouds.
Some radiation goes through the clouds, hits the earth, goes back up and gets trapped by the gases.
Thats why I said it was a mixed bag.
(I checked the second link, that one works for me. If you go to Spikehumour and type in global dimming in the search bar you'll get the same results. Its a mature site so judge for yourself. )
Yup, but we have a great example of a over heated planet that has the most smog and gas in the solar system.
Venus.
Super dense greenhouse gas clouds that trap so much radiation in, that it's literally hotter than your daily oven ramped up to max temp.
The dense clouds obviously do more to trap the heat- than to reflect the heat as *global dimming* would predict.
Therefore I favor the former, instead of the latter.
its not the smoke particles in clouds on venus that cause the high temperature, its the invisible particles that are on the right wavelength to absorb the heat energy, not all gases are greenhouse gases
yup, I agree, Venus has little smoke particles. The main greenhouse gasses in both Venus and Earth causing the largest problems are Methane, and Carbon Dioxide. They technically do not absorb the heat, they just disallow the shorter wavelength radiation coming from the planet to go back out.
Planet) |GG layer| <--------Long wavelength radiation (sun]
Planet <---|GG layer|--- Passes through
Planet)--- Absorbs |GG layer|
Planet) ---> Reradiates shorter wavelength |GG layer|
Planet) --> <-- |GG layer| Shorter wavelength cannot pass through.