Not exact matches
It seems to me that they must show deeper mixing than 50 M, since there is not enough mass in the
upper 50 meters of
ocean to account for the annual
heat storage changes that are implied by observations for the the full integrated 700 meter volume of
ocean.
«Our simulated 1993 - 2003
heat storage rate was 0.6 W / m2 in the
upper 750 m of the
ocean.
Increased
heat storage in the
upper polar
ocean leading to destabilization of shallow - water methane hydrates and massive CH4 / CO2 fluxes to the atmosphere would not be good news (I'm assuming I can skip a discussion of petroleum geology and the various routes of methane formation).
While surface melt is likely to reach a maximum in August, bottom melt has just gotten underway at all the sites and is expected to continue beyond the date of the September minimum ice extent, as a result of
storage of solar
heat in the
upper ocean.