And this is why Fox Business shouldn't be covering Science stories.

2quills

Well-Known Member
Greenhouse gases absorb the infrared. If the infrared isn't reaching the earth's surface the surface wont heat as much and in turn wont release as much infrared back out.
That's it in a nut shell. The gases absorb and hold the heat acting as an insulator for the energy that does make it to the surface and keeps it in.
 

2quills

Well-Known Member
Think of it this way. The more co2 builds up in the atmosphere the more energy it traps. There for the co2 concentration build up acts like an electric blanket around us that keeps heating up.
 

2quills

Well-Known Member
As atmospheric density increases the more of all that infrared energy being bombarded on us by the sun it catches. The blanket around us is what heats up whether more light makes it to the surface or not.
Sigh...time to go take down Christmas Lights I suppose. Anybody wanna help? lol
 

reefraff

Active Member

2quills

Well-Known Member
Why do now what you can put off until summer?
Cause it feels like summer today (70 degrees). And if I don't the HOA will probably chew my arse.
 

darthtang aw

Active Member
Even though it has an atmosphere, the moons is different. So I don't think we can use that as comparison accurately.
 

reefraff

Active Member
Quote:
Originally Posted by Bang Guy http:///t/396925/and-this-is-why-fox-business-shouldnt-be-covering-science-stories/80#post_3536872

CO2 blocks infrared more than it blocks the rest of the solar radiation. More CO2 won't have much effect on the non-infrared reaching the surface but it will have an effect on the heat generated from that energy striking the surface.
Yeah, but the sun emits more infrared than any other, about 50 percent. Infrared is also more effective at heating objects than the visible or UV spectrum.
 

mohawkninja

Member
Quote:
Originally Posted by reefraff http:///t/396925/and-this-is-why-fox-business-shouldnt-be-covering-science-stories/60#post_3536856
Greenhouse gases absorb the infrared radiation that would normally be absorbed by the planet or in the case of that re radiated by the planet released out into space. CO2 molecules do the same thing the planet does, absorbs and re emits. In a sense it does "reflect" the heat. That radiated from the surface is absorbed in the lower atmosphere and most of that is radiated back down towards the surface. The incoming from the sun is mostly absorbed in the upper atmosphere and most of that is radiated back out into space. That's why I don't by CO2 as the driver of warming. If the infrared isn't reaching the earth's surface the surface wont heat as much and in turn wont release as much infrared back out.
The sun doesn't only emit infrared.
 
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