In case you didn't notice:
This is a simulation of meltwater pulse 1A that lead to a collapse of the thermohaline circulation (THC), after 4-500 years of this rate of melting of the ice in Canada, Europe and Siberia. Except under present day conditions, with magic freshwater inflow.
This is a simulation of meltwater pulse 1A that lead to a collapse of the thermohaline circulation (THC), after 4-500 years of this rate of melting of the ice in Canada, Europe and Siberia. Except under present day conditions, with magic freshwater inflow.
Comments
That’s one of the reasons I gave the link to the other, newer paper with the same author which actually is about the likelihood of a significant slowdown in AMOC in the relatively short term.
2) The paper follows the same fallacy as the statement "we cannot rule out that there is an invisible unicorn in this room, we must evacuate it at once".
Models producing instability are outliers and have the burden of proof on them that they reflect reality, not the other way around.