Present ONE paper that uses empirical data to support your claim. Computer models ARE NOT DATA!
The direct measurements of outgoing longwave radiation decreasing, backradiation increasing and stratospheric cooling are all smoking guns for human-caused global warming. If no computer models existed, AGW theory would still be proven. The success of the models is just icing on the cake.
Funny how you idiots who claim to know so much about science can't seem to wrap your tiny little heads around that FACT!
Funny how you deliberately ignore all the direct evidence, and then try to pass off a lie that models are the only evidence.
That's the #2 reason why the denier cult is held in such contempt by the world, its chronic dishonesty.
The #1 reason deniers are scorned, of course, is that the denier cult's science stinks so badly. As in they don't have any science. At this stage, all they have is conspiracy theories.
You mean like in the IR spectrum that no one seems to be measuring in the first place? Further, the very idea that long wave IR is what warms the planet has never, ever been shown to be correct. IN fact, Trenberths admission that there was no warming in the oceans pushed me to check things out and I found out that IR can only penetrate microns deep into the oceans (the ultimate heat sink for the planet after all) and that renders the whole "theory" false. IR can't warm the planet. Period.
"Terrestrial emission plays a critical role in the climate system(1), and over 99% of this radiation occurs in the wavelengthrange from 5 to 100μm (2,000 cm−1to 100 cm−1). However,there have been very few spectrally resolved measurements of terrestrial emission at wavelengths between 15.4μmand100μm(650 cm−1to 100 cm−1), often referred to as the far infrared, even though approximately half of the terrestrial radiation occurs over this subset of infrared wavelengths (2). Under moist conditions, the atmosphere is opaque to the surface in the far infrared, but the atmosphere becomes partially transparent to the surface under arid conditions. The terms that affect radiation in the far infrared, which are surface, water vapor, and cloud emission, are inferred from measurements in other spectral regions (typically midinfrared wavelengths from 5μmto15.4μm) (3), and it is possible to check for consistency with outgoing longwave radiation (OLR) measurements from the Clouds and the Earth’s Radiant Energy System (CERES) instrument, which covers between 5μmand 50μm(2,000cm−1to 200 cm−1) (4). It has been demonstrated, however, that this approach can be problematic for water vapor and cloud energetics due to compensating errors (5, 6).
The paucity of measurements in the far infrared has frustrated efforts to characterize what may be affecting this spectral region, but the limited measurements that do exist (7−10) suggest the importance of the far infrared for radiometric accuracy in the radiative transfer codes used in climate models (11). For example,
Turner et al. (12) found that changing the water vapor continuum absorption in the Community Earth System Model, which affects far-IR radiation, leads to changes in the vertical distribution of radiative cooling."
http://www.pnas.org/content/111/46/16297.full.pdf