On Saturday, 30 November 2019 10:00:04 UTC, Spike wrote:
On 28/11/2019 13:27, Martin Brown wrote:

The oceans have immense thermal inertia and so the response to today's
GHG forcing lags behind. When the oceans do eventually catch up with the
equilibrium conditions appropriate to the present levels of CO2 in the
atmosphere sea levels will be higher. A some future warming is already
locked in even if we stopped the CO2 level from rising tomorrow.

A Scripps Institute paper suggests that with sea temperatures below 17
degC, dissolved CO2 does decrease with increases in temperature.
However, it was found that above that figure, dissolved CO2 /increases/
with increase of temperature up to the limit of the data (about 30 degC).

Perhaps ocean warming will reduce the level of atmospheric CO2.

--
Spike

IIRC it is 1 pint of CO2 gas per 1 litre of water at NTP. That is one hell of a lot of CO2 when you consider there is only 400 pppm at sea level. Not that it shouldn't be effective if the 999,600 parts of the million cooling it, which at sea level is likely to be lots of oxygen hydride. I presume this factor would remain similar if it concerns glaciers.

I am 97million% certain although my maths is suspect.