yes i suppose you could say if the rate something is increasing at is declining , that "the rate of increase is reversing". but we were not talking about the rate of increase.
the claim was that we were "reversing the damage caused to the ozone layer" for that to be true there would need to be clear and consistent evidence that we were reducing the damage that had already been caused.
reversing the rate damage is increasing at does not equal reversing the damage
the damage to the ozone layer afai is primarily measured by the size of the hole in it....so "damage" and "size"(of hole) are pretty much interchangeable in this case.
the bolded is exactly my point, it doesn't matter what spin any 'expert' puts on it, looking at the data, no one could say with a straight face that there is any
clear pattern that shows "we are reversing the damage caused to ozone layer"
K, so would you say that if the rate of increase is in fact slowing (less damage is accumulating) that the trend could in time conceivable become a net positive? said another way, if after enough time, will the size decrease, if the rate is slowing it would be logical to assume I reason.
slowing the rate of increase is not the same as reversing damage, agreed, damage is still occurring if the net result is less ozone. If the artic ice packs 1 ton a year, but over the last ten years has only packed .75 tonnes , and last year .65, one could reason the ice will eventually reduce if the trend continues. Do we know why this is occurring? if so, can we predict other aspects or even the rate? if so, it's a fair assumption to extrapolate these models, unless some extraneous variable was completely unaccounted for, however, our stats would see some anomaly after enough manipulation. Multiple linear regression's would account for multiple variables, if everyone is coming up with the same thing, worldwide, then it's real.
What is your central argument, besides the CFC's? that global warming is false?