TC:
If you believe the world is cooling, where is the 1.6 W/m^2 radiative forcing from CO2 going? Not only do you have to find a cooling mechanism for that heat, which will dissipate it to space, but you have to find even more than that to actually cool the planet.
Where is the cooling mechanism? If you think it is deep convection, then you have to have at least a 30% increase (more actually, since 30% increase just balances the forcing from CO2) in deep convection globally. So you would see a 30% increase in clouds in the tropics, and a 30% increase in the Hadley circulation, roughly. I don't think this has happened, but maybe you know else that is cooling the planet. Where is the heat leaving?
p.s. RSS says that channel is dominated by ENSO effects. Aren't we going through a large la Nina right now? Could the "global cooling" you are inferring be simply an atmospheric response to la Nina and not a long-term cooling?
edit: dude, yeah! but you need to show the deep convection cooling is *increasing*, not just explain in a garbled fashion how convective cooling via latent heat works. So, if you think the planet is cooling, you need to show how the cooling mechanisms are increasing to remove the excess heat from the radiative forcing from CO2.