Changes

:::I'll add that if ALL our solar system is getting warm at the same time, insufficient evidence? I believe that's the data that was presented, was at least cited. I am all for the truth in this matter. If you have a source, add it but don't delete the point that is countered.--[[User:Jpatt|jpatt]] 00:09, 27 February 2009 (EST)

:::I'll add that if ALL our solar system is getting warm at the same time, insufficient evidence? I believe that's the data that was presented, was at least cited. I am all for the truth in this matter. If you have a source, add it but don't delete the point that is countered.--[[User:Jpatt|jpatt]] 00:09, 27 February 2009 (EST)

::::If the entire solar system was warming at the same rate in the same instance (now) then you would have a very compelling case that human impact is far less than originally believed. However, we currently lack those facts if they in fact exist at all. Gas giants are not analogous to rocky planets; reasons for their climate change(s) is an entirely different matter for science to investigate. Also consider that the outer planets receive very little solar energy; the entire that the sun could provide sufficient energy to increase their average temperature is not based in reality. Mars could be warming because it is unable to deflect any appreciable amount of solar energy it receives. We have an atmosphere, and a magnetic shield of sorts to mitigate the influx of solar energy, so if we could take humanity out of the equation, Earth would likely warm at a much lower rate than Mars or any other planets if just due to solar activity alone.  

::::If the entire solar system was warming at the same rate in the same instance (now) then you would have a very compelling case that human impact is far less than originally believed. However, we currently lack those facts if they in fact exist at all. Gas giants are not analogous to rocky planets; reasons for their climate change(s) is an entirely different matter for science to investigate. Also consider that the outer planets receive very little solar energy; the entire idea that the sun could provide sufficient energy to increase their average temperature is not based in reality. Mars could be warming because it is unable to deflect any appreciable amount of solar energy it receives. We have an atmosphere, and a magnetic shield of sorts to mitigate the influx of solar energy, so if we could take humanity out of the equation, Earth would likely warm at a much lower rate than Mars or any other planets if just due to solar activity alone.  

::::The truth is though, that we just don't know. There's no credible way to link the climates of different planets in the fashion this section does. Gaseous planets obviously can't be compared to our own, and the conditions inherent to the other planets open up so many variables that we have no hope of meaningfully comparing them to our own in the near (or even distant) future.  

::::The truth is though, that we just don't know. There's no credible way to link the climates of different planets in the fashion this section does. Gaseous planets obviously can't be compared to our own, and the conditions inherent to the other planets open up so many variables that we have no hope of meaningfully comparing them to our own in the near (or even distant) future.  

::::What I mean by all this is that you don't really need a cited source (though I accept where the burden appropriately lies) to realize that you can't compare apples to oranges.[[User:Jirby|Jirby]] 00:31, 27 February 2009 (EST)

::::What I mean by all this is that you don't really need a cited source (though I accept where the burden appropriately lies) to realize that you can't compare apples to oranges.[[User:Jirby|Jirby]] 00:31, 27 February 2009 (EST)