The scientific method does not always (or often) eliminate all uncertainty. As I mentioned previously, science is largely based on inductive inference which inherently precludes absolute certainty.
This isn't really true. We can come up with some explanation for a phenomenon which is close enough to the truth to allow for repeatable test results to be produced but still isn't completely accurate. See Newtonian gravitation and general relativity.
And gravitation exists as a theory as well.
You're correct that both of these are complex but that doesn't mean they're beyond the reach of traditional methods of inquiry.
So what science did you do to eliminate consideration of anthropogenic climate change? Is it absolutely certain?
The multi quote/multi reply approach is difficult for me. I'll take each point in order though.
Theories, hunches, educated guesses, etc. are part of the SM process. Uncertainty at the end of experiments is not traditional science. Chemistry works the same in all labs globally. If it didnt, the chemistry books and labs in college would include words like may/likely/possibly; walking coeds through a chemistry experiment to get a standard result would be impossible. Climatology does not work this way. Even though many of the small scale experiments have reproducibility and are more scientific.
Good point. Don't all things exist as theories until they can be proven? Part of the process of proof is definitive results by others using the same experimental parameters.
I do not understand your "gravitation is theory" statement. Unless the term gravitation and gravity are different the force which acts on a body of mass relative to its mass isnt a theory. It is defined, testable and proven. In fact, gravity is called the universal constant because it is so well understood. Using a planetary or satellite body to slingshot a spacecraft works the same around the moon or around Jupiter. Why? Because gravity is constant, defined, testable and the same regardless of the researchers testing it. Climate science is nowhere close to that precision. Perhaps some day it will be.
Agree again. Inquiry, hunches, theories, observational phenomena are all part of the process. But they are NOT the whole process of science. Higher levels of complexity unfortunately means higher levels of challenge for science to predict complex systems. I think studying subatomic particles is also like this.
None. I've observed geologic evidence and previous climate predictions which led me to my position. A position you will not change. And, im aware i will not alter yours. But ive enjoyed the conversation so far.