mhaze
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Since the oceans hold some 2000x more heat energy than the air, and since just the top couple of meters of ocean hold as much energy as the atmospheric column above it, we discuss the ocean and it's dynamics at the moment.And as you've been told (again and again), no skeptic worth his/her salt does this. Certainly the period mhaze and I are considering is 2000 to current.
..... Which for nearly the last decade hasn't actually warmed at all. Aren't you even the least bit curious as to why that is?
Hell even the current El Nino is fizzing out. Doesn’t that at least pique your interest a little?
Loehle 2009 indicated we've had 5 years of global ocean cooling at 0.3 x 10^22 joule per year. When the oceans throw out heat, the atmosphere gets almost all of that energy. Only a very small part could radiate in the infrared directly from the ocean to space.
So looking at the matter from a "release of heat" point of view, instead of the atmosphere "warming and getting hotter", doesn't the atmosphere warming means the planet is cooling down? EG if we have a steam radiator, we release the valve, the room gets hotter, but due to the release of heat. Local system energy content has gone down.
Ocean heating up --> planet is increasing energy content
Ocean cooling --> planet is decreasing energy content
Air temperature is virtually irrelevant from this viewpoint (which is why this discussion slid from NOAA/CRU air temperatures to ocean)
From these five articles, I don't see how the AGW concepts of "heat in the pipeline" will stand up to examination. Of these pipeline assertions, there were two forms
- AGW opines of a continuous accumulation of heat in the oceans
- AGW believes in a continuous yet gradual radiative imbalance due to CO2
Well, that's all just conjecture. Go ahead and pounce on it. But when you do, reconcile this with the assertions made:
Results also show, the feedback in ERBE is mostly from shortwave radiation while the feedback in the models is mostly from longwave radiation.
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