Earlier quoted context omitted.
Were these the graphs you were looking at? global temperature anomaly since 1880 -- http://data.giss.nasa.gov/gistemp/graphs_v3/ carbon dioxide for last 400k years -- http://climate.nasa.gov/vital-signs/carbon-dioxide/ One person I met seemed to think that CO2 would be balanced by algae blooms in the oceans, but he wasn't a climate scientist. Nonetheless, if the ice caps melt enough before CO2 is compensated for, the…
See my reply to a sister comment for the data I am speaking of. I agree that currently we have some correlation of global warming and CO2 increase, but this doesn't prove causation esp considering the 70s experienced global cooling. https://skepticalscience.com/empirical-evidence-for-co2-enha... AND the main point is that there is a limit on how much more Co2 can be released: roughly the same amount that already has,…
1) consistency with observed phenomena, especially
consistent, multi-dimensional correlations
2) predictive strength, including accurate and
precise predictions (direct or indirect) coming to pass
that demonstrate the explanatory power of a theory
3) lack of alternative, more persuasive theories
None are necessary and none are always sufficient to cause us to tentatively adopt a theory of causation. But the stronger the evidence the better. Note that all three are, strictly speaking, categories of correlation; all are circumstantial. Therefore all science is fundamentally based on correlation. There's always the possibility of some kind of hidden structure or alternative explanation; you cannot rule out all such possibilities, only a subset. You select a working theory, if at all, from among the remaining, proposed explanations by heuristic and probabilistic methodologies.If you reject climate change because it doesn't prove causation, then you're literally rejecting all of science. There is no scientific theory nor any kind of empirical "fact" that you cannot cast doubt upon in such a manner.
I won't even touch your other points.