The only reason
why ocean heat uptake does have an impact is the fact that it is highly concentrated at the surface, where the warming is therefore noticeable (see Fig. 1).
Can anyone explain
why ocean heat content has not increased since 2003?
If you aren't familiar with 2LoT and don't really understand
why ocean heat, once diluted, can't undilute you may find the following trite expression useful: You can't unbake a cake.
Not exact matches
And many exchanges were
heated because, despite 150 years of research on the biology of evolution, scientists still disagree about how and
why multicellular creatures and plants emerged from ancient
oceans that teemed with robust and self - reliant single - celled entities.
Oceanographers may have solved one of the biggest sea mysteries in years:
why the upper
ocean didn't warm between 2003 and 2010, even as
heat - trapping greenhouse gases accumulated in the air above.
Why the
ocean decided to absorb
heat from 1998 2.
Well if the meme is now that mans contribution to the greenhouse effect is that we are now and will in the future, cause increased energy input into the
oceans which is being distributed there rather than immediately coming out to
heat the troposphere,
why should we be concerned?
He plucks out of context a sentence about OHC while ignoring the central argument we are making about that indicator — which is that if most of the
heat is going into the
oceans and we now have substantially better ways to measure OHC then
why not use that measure.
Why it is expected that this miniscule
heat speculated as being distributed across the entire
ocean volume, would suddenly give up it's
heat, thereby reappearing in the global surface record.
Better information about
ocean heat content is also available to help there, but this is still a work in progress and is a great example of
why it is harder to attribute changes over small time periods.
2) «The
ocean too has been
heating and cooling for billions of years, so again,
why do we need a theory to explain
why it's
heating now (assuming it actually is)?»
The
ocean too has been
heating and cooling for billions of years, so again,
why do we need a theory to explain
why it's
heating now (assuming it actually is)?
I also don't understand
why the authors didn't separate out SST's and apply their statistical method to that dataset as well as to their complete
ocean heat dataset.
See this Real Climate post:
Why greenhouse gases
heat the
ocean.
A good explanation of the details is provided here: Koll & Abbot (2013)--
Why Tropical Sea Surface Temperature is Insensitive to
Ocean Heat Transport Changes.
If the surface layer of the
ocean is not quickly exchanging energy with the troposphere, which it can do easily and quickly but retaining the energy,
why is it not
heating up far more rapidly, If you are saying it is getting rid of it to the deep
oceans, how precisely is it doing this so quickly?
You may now understand
why global temperature, i.e.
ocean heat content, shows such a strong correlation with atmospheric CO2 over the last 800,000 years — as shown in the ice core records.
And another question,
why is the hiatus period during the 1960s not reflected in a larger
heat storage in the deep
ocean?
The storm will be encountering that exceptional
ocean heat as it travels northward along the US coastline, and that is part of
why it has a very good chance of becoming the most intense nor» easter we've yet observed.
A short while ago I published an article attempting to explain
why the so called atmospheric greenhouse effect was insignificant as a planetary
heat store in comparison to the
oceans.
That and its large
heat capacity explains
why the
ocean holds much of the earth's transient climate sensitivity.
Why would you look for a direct correlation there unless you are too dumb to know most of the
heat is stored in the
oceans, over 90 % in fact.
Regarding the 1st paragraph of your reply, I don't see
why re-distributing
heat by the
oceans / atmosphere would change the so - called «average» temperature of the planet.
Instead, they discuss new ways of playing around with the aerosol judge factor needed to explain
why 20th - century warming is about half of the warming expected for increased in GHGs; and then expand their list of fudge factors to include smaller volcanos, stratospheric water vapor (published with no estimate of uncertainty for the predicted change in Ts), transfer of
heat to the deeper
ocean (where changes in
heat content are hard to accurately measure), etc..
The resulting changes in
ocean currents are part of the reason
why more
heat has gone deeper.
(As discussed here, the ACC barrier to
ocean heat transport is a major reason
why Antarctic sea ice has currently increased in contrast to decreasing Arctic sea ice.)
The same mechanism explains
why at the end of ice ages deep southern
ocean heating / currents start 2000 years before any atmospheric CO2 rise.
The
ocean heat uptake comes into play only when one is trying to explain
why the structure of the warming in models changes in time — that is,
why the high latitude warming is delayed.
The question of «
why the
heat has to transfer from the atmosphere to the
ocean» is because that is PRECISELY what the climastrologists claim is happening.
And
why on earth should
heat have to transfer from the atmosphere to the
ocean.
Two reasons
why this should be so in the real world are that, first, the Southern Hemisphere subtropical gyres are situated mostly in the Southern
Ocean and South Atlantic, and second, that some of the
heat coming into the Pacific
Ocean basin doesn't actually stay there.
All sorts of things have been blamed for
why climate models don't match reality - sunlight blocking soot, solar activity changes, and
heat absorbed by
oceans.
That is
why I said you choice of sink was wrong, it is not the
oceans it is the poles meaning you have to consider internal
heat transfer in the thermal reservoir.
Why is deep
ocean heat content increasing as well?
This is
why you can pretty much ignore conductive
heating of the atmosphere from the
ocean.
I've long wondered
why the
ocean is warming at about the same rate as the atmosphere but has more than 1000x the
heat storage capacity.
Which is
why you can't understand how visible light from the Sun
heats the
oceans because you know that water is a transparent medium for visible..
Arctic
Ocean shipping routes «to open for months»
Heating up the Games:
Why the British Isles could be the only viable Olympic hosts.
The
ocean heat content of the N Atlantic actually hit it's maximum about 2007 so
why didn't you start your graph in 2007?
If Arctic Sea ice recovers,
ocean heat content declines, and near surface temperatures decline over a 10 year period...
why then we might actually have something really worth getting excited about.
Do you wonder
why you were handed the talking point «The
heat is there, it's decided to hide in the
ocean depths?»
One example I like was a relatively recent explanation of
why the Earth was warming and
why the temperatures in winter were lower than average; the reason was apparently that an
ocean warmer than the atmosphere above was taking
heat out of the atmosphere resulting in cooler winter temperatures.
Climatereason, Isn't a pity you did not ask this IPCC person
why they knew that there was extra
heat at the bottom of the
oceans!
If you think they do, then you should explain
why they are a better proxy than
ocean heat content, and over what timeframe you think they are a better proxy.
277 For more on
why open
ocean occurs occasionally in Arctic summers, sometimes even at the pole itself, see http://psc.apl.washington.edu/northpole/NPOpenWater.html. There is an enormous
heat flux through them, as the difference between surface and air temperature is 30 °C.
This is one reason
why many observers have suggested that multidecadal changes in
ocean heat content may prove to be a more reliable metric than TOA energy imbalances, although the OHC measurements are themselves subject to methodological problems that preclude reliable interpretation over short timescales.
Then about three years ago, those same scientists, using those same data sets, admitted there was a pause, and spent their energy explaining
why it didn't matter (
ocean heat content being a better proxy was the most popular).
Those claims have resonated; two years ago, the United Nation's Intergovernmental Panel on Climate Change felt the need to explain
why the Earth was not
heating up as expected, listing such reasons as volcanic eruptions, reduced solar radiation and the
oceans absorbing more
heat.
There was an article about 1 - 2 years ago where two NOAA researchers were noting that it was not well understood
why the intermediate levels of the
ocean did not
heat up.
So
why do we only ever hear about the
heat retaining properties of the atmosphere when the true cause of the Earth having the atmospheric temperature it has is not the atmosphere at all but the
oceans?