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Observed=5.8 PW at 35 o. Possible=8.8 PW at 36 o. Dynamic Heat Transport. The heat transport implied from radiation is transported by several different mechanisms in the atmosphere and ocean. Masuda, 1988. Heating in Held-Suarez control. W/m^2 Per layer.
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Observed=5.8 PW at 35o Possible=8.8 PW at 36o
Dynamic Heat Transport The heat transport implied from radiation is transported by several different mechanisms in the atmosphere and ocean Masuda, 1988
Heating in Held-Suarez control W/m^2 Per layer
Heating in Held Suarez- control Units = per day Units = K
Vertically Integrated Net HeatingHeld-Suarez 40 20 0 W/m^2 -20 -40
Held-Suarez Heat Transport Realized=2.8 PW at 32o Possible=6.2 PW at 26o
But, Dynamically the heat transport should be controlled by the temperature gradient 260 240 220 240 260 Temperature Gradient in the model is close to real Earth’s
Farrell cell picks up heat transport to meet radiative constraints Is this coincidental?
Local Thermodynamics force the vertical motion Adiabatic Cooling Eddy Heat Flux Divergence Net Radiation
Dynamic Heat Transport Wallace Notes. Probably Courtesy of Someone else