All things being equal but of course this fails to mention the complexity of other variables.
Um, not necessarily. Changing climates can and do mean more drought in locations and more more variability in others. Its a give and take and that doesn't mean its a net gain or a net loss. A changing climate over the entire globe will not mean the same results for every location and there certainly will be areas that experience far greater amounts of drought.2) Added warmth increases usable land.
3) Added warmth adds precipitation, and should reduce drought. Not increase it.
I do think that there will be increased areas where you will be able to farm but if there is increased drought in areas currently rich in farming infrastructure then in the near term it equals a loss of food production on a large scale. I have argued that in the long run AGW may indeed have positive effects but its not a given.
People who study the cloud relationship far more extensively than you can't make this claim but you can? This is utter and complete unsubstantiated bull . Yes, current cloud modeling is parametrized on a very basic level but that doesn't mean you can come to this conclusion at all. Your final statement here is just false.4) The atmosphere has an dynamic relationship of cloud cover with warmth. It becomes self regulating, increasing the albedo and reducing the driving force of the greenhouse effect. This is one place AGW theories fail. they refuse to predict based on a dynamic albedo, but use a static relationship.
No one cares what you're doing. When we do, we'll ask.I could go on, but why beat a dead horse? Besides, I'm mul asking, doing two other things also. Just jumping in here from time to time.