N_Fiddledog N_Fiddledog:
DrCaleb DrCaleb:
It means that there is warming, but the rate of warming is less than or equal to the rate of error in data.
And as I said, "There seems to be different ways to say what that means to make it sound bad or good depending on what you believe".
And as I always say, the numbers are the numbers. There is no 'belief'. There is no 'spin' in math or statistics. They are what they are. The trend is upward, and it is equal with the error rate of the data.
N_Fiddledog N_Fiddledog:
We're both saying the same thing, only different. Basically what I'm saying is if any perceived warming falls in under the error bars we don't know for sure if any real warming is actually there. You would suggest there probably is. Both are possible.
See comments about math. I don't 'say' anything. I read what is written in the graph. Only one interpretation is possible that way, unless you want to cherry pick error rates so that the maximum error occurred in the distant past and the minimum error in the recent past. That flattens the curve, but it statistically unlikely. Error rates remain constant, they don't typically change over time.
N_Fiddledog N_Fiddledog:
And yes there's no cooling, but the models used to say CO2 would go up, then global temperature would go up in relation to it. That's not happening right now. C02 appears to be rising rather rapidly. Global temperature is in what they're calling "the climate pause".
And that's the scary part. Models are only as good as our theories, and our models don't account for where the heat is going. Warming is still increasing, but we don't see it's effects. When we do see it, the likelihood is that it will be an extreme change.