IntLibber wrote:
Here's where eagle's focus on earth's black body heating CO2 falls down: albedo. Earth only absorbs what is not already reflected, either by clouds, or by the surface itself.
Not really does it fall down, blackbody is the heat emitted where albedo is already taken into effect as less heat is absorbed and re-radiated by the earth.
Likewise, CO2 has absorption bands in the IR spectrum that is being emitted by earth's blackbody radiation. Like water and other gases, these create the greenhouse gas effect by their thermal excitation against other molecules and their re-radiation themselves to even longer wavelengths.
So the point is that the sun's blackbody radiation is more transparent in the atmosphere than the earth's blackbody radiation where we are making it more opaque with increased amounts of CO2.
IntLibber wrote:
Cloud formation is found to be impacted by the amount of galactic cosmic rays hitting the planet, as these cosmic rays cause cloud seeding. The more GCRs, the more cloud cover. The deep solar minimum we are currently in is allowing more GCR's to reach earth than at any time on record, because the solar magnetic field is so incredibly weak, and solar wind density is also very low. The solar minimum is the longest in two centuries.
Got a science paper on this? I could also say that about dust in the air being a seed nucleate. I'm aware that clouds generally form when dewpoint and temperature converge and reach the threshold for condensation. The height determined also by the lapse rate in that column of air.
IntLibber wrote:
The main AGW proponents refuse to recognise the GCR/solar minimum connection to albedo changes, and their models do not accept changes in planetary albedo, which is a major flaw and helps explain why their models are so terrible at predicting the future.
Most scientist already know models are limited in complexity but good for their limted domain of understanding. Math and computers do work well in modeling and in some cases physical domains can be explored this way as well. Models are always improving. Here is a paper on regarding albedo use in modeling:
http://modis.gsfc.nasa.gov/data/atbd/atbd_mod09.pdf
I'm curious, how do you know a prediction is terrible about a future event until it becomes history?