Would you happen to have engineering good reference on matlab specific changes happening at matlab water floor as evaporation is happening?It appears to me that engineering key to understanding matlab results of CO2 on local weather requires understanding greater than I have found to this point on matlab final result of downwelling LWIR on evaporation rate, especially by seasons and daylight. To me, too much engineering matlab discussion depends upon assumptions of “stability” and equilibrium in methods that are by no means even in steady state, much less equilibrium. Too much is expected of engineering 4W/m^2 increase in downwelling LWIR — and a couple of widely stated papers expect engineering new equilibrium 1C better than what we have now has already been bought, and higher evaporative move of calories from floor to higher troposphere. MM,“Evaporation at engineering sustained rate calls for engineering sustained inflow, without which matlab temperature will lower. ”How matlab temperature is maintained is engineering separate query. That’s matlab pattern of warmth move evaluation.