I personally tend to think the majority of scientists are probably right when they say global warming is happening.
At the same time, I think changing our own standards of proof based on what sways "the majority of experts" is dangerous. There are lots of examples of "the majority of experts" being wrong. For some examples, see the roughly every 200 year cycle that repeats (my observation while reading the book) in The History of Mathematical Thought I-III by Kline.
Scientists perform peer review to make sure their standards are well calibrated. If you're not relying on scientists and their work, then where do your standards of proof come from?
There are plenty of cases in biology recently where results published in respectable peer-reviewed journals have not held up. As I said, generally I believe the consensus opinion of the experts, but I also think it's occasionally reasonable not to do so automatically.
I think this is the misunderstanding: I did not say to adopt the majority opinion. I said to consider the majority opinion being different as evidence that one's methodology needs to be reexamined.
People who call themselves skeptics and disagree with mainstream scientific consensus hardly ever consider the issue. How are so many thousands of scientists so incompetent at evaluating their own data, but me, the armchair reviewer, knows what's up?
At the same time, I think changing our own standards of proof based on what sways "the majority of experts" is dangerous. There are lots of examples of "the majority of experts" being wrong. For some examples, see the roughly every 200 year cycle that repeats (my observation while reading the book) in The History of Mathematical Thought I-III by Kline.