I don't see that, with
the oceans as a reservoir there should be some increase it temperature or OHC which is right inline with capacitance.
Not exact matches
The
ocean plays a critical role in climate and weather, serving
as a massive
reservoir of heat and water that influences tropical storms, El Nin?o, and climate change.
The study reveals northern permafrost soils are the largest
reservoir of mercury on the planet, storing nearly twice
as much mercury
as all other soils, the
ocean and the atmosphere combined.
Water pressure and thermal shock are intense
as oil from the
reservoir bubbles up into the well at 140 degrees Fahrenheit, only to hit near - freezing temperatures at the
ocean floor, which can cause it to coagulate in the pipes.
The research, published in Nature Geoscience and led by researchers from the Université Libre de Bruxelles, the University of Exeter, Laboratoire des Sciences du Climat et l'Environnement, the University of Hawai'i and ETH Zürich, has for the first time shown that increased leaching of carbon from soil, mainly due to deforestation, sewage inputs and increased weathering, has resulted in less carbon being stored on land and more stored in rivers, streams, lakes,
reservoirs, estuaries and coastal zones — environments that are together known
as the «land -
ocean aquatic continuum».
If we think of hurricanes
as Stirling heat engines, then we realize that the two
reservoirs are the mixed layer of the surface
ocean (1) and the upper atmosphere (2); note that there is a general trend of stratospheric cooling
as well.
These results provide new insights into the role that the deep
ocean plays
as a storage
reservoir for carbon, a process that helps to dampen the effects of human - driven climate change.
The carbon cycle defines the fate of CO2 injected into the air by fossil fuel burning [1], [168]
as the additional CO2 distributes itself over time among surface carbon
reservoirs: the atmosphere,
ocean, soil, and biosphere.
This fact allow the
ocean to be considered
as a giant possible
reservoir of methane.
Changes in Antarctica are much smaller and more gradual,
as it is far from the centre of action and the vast
reservoir of
ocean around it acts
as a heat store.
- stefan] Changes in Antarctica are much smaller and more gradual,
as it is far from the centre of action and the vast
reservoir of
ocean around it acts
as a heat store
In our chat, Rosenthal said the work reveals the enormous capacity of the
oceans to act
as an efficient and copious
reservoir for heat: «Maybe the
ocean is taking the heat more and won't exhale it
as much.»
The DK12 feedback calculation is invalidated by focusing on noisy short - term data and failing to account for all radiative forcings at work,
as well
as all heat
reservoirs, in particular the
oceans below 700 meters.»
The global
oceans act
as giant heat
reservoirs and add inertia to the steadily escalating push from human greenhouse gases.
This finds stronger and solid footing in Article 5.1, which states, «Parties should take action to conserve and enhance,
as appropriate, sinks and
reservoirs of greenhouse gases» (i.e. «biomass, forests and
oceans, and other terrestrial, coastal and marine ecosystems»).
And I'll mention this again, given that it has been overlooked by Salby's brave work; David Stockwell has a new paper which relies on the variations of TSI above and below a period average to determine GAT, with the
oceans acting
as heat
reservoirs; see his comment here:
As more accessible
reservoirs are emptied, energy companies exploit the remotest parts of the planet, bribing and bullying governments to allow them to break open unexploited places: from the deep
ocean to the melting Arctic.
I suppose glaciers and sea ice are also a factor
as reservoirs, although the latter is just a part of the
ocean.
Carbon - removal strategies,
as the name implies, remove carbon dioxide from the atmosphere and store it through various means, such
as in soils, trees, underground
reservoirs, rocks, the
ocean and even products like concrete and carbon fiber.
As the dominant
reservoir for heat, the
oceans are critical for measuring the radiation imbalance of the planet and the surface layer of the
oceans plays the role of thermostat and heat source / sink for the lower atmosphere.
It is misleading to consider only the atmosphere and
ocean,
as the climate models do, and ignore the other
reservoirs.
The carbon cycle defines the fate of CO2 injected into the air by fossil fuel burning [1], [168]
as the additional CO2 distributes itself over time among surface carbon
reservoirs: the atmosphere,
ocean, soil, and biosphere.
Subsequently, the carbon continues to be moved between the different
reservoirs of the global carbon cycle, such
as soils, the deeper
ocean and rocks.
In the Arctic, however, when the Arctic
Ocean freezes, there is comparatively little other ocean in the neighborhood to serve as an alternate reservoir that can supply water vapor that will reach the northern landmasses before precipitation elsew
Ocean freezes, there is comparatively little other
ocean in the neighborhood to serve as an alternate reservoir that can supply water vapor that will reach the northern landmasses before precipitation elsew
ocean in the neighborhood to serve
as an alternate
reservoir that can supply water vapor that will reach the northern landmasses before precipitation elsewhere.
Seasonal exchanges are huge: about 20 % of all CO2 in the atmosphere is exchanged between atmosphere and other
reservoirs over the seasons, but
as the exchanges with
oceans and vegetation are countercurrent with temperature (vegetation in the NH dominates), the net result is only some 2 % change in the atmosphere over the seasons which is visible in the Mauna Loa curve.
[1975] Greenland, which is a small Antarctica, a polar landmass entirely surrounded by water, has an
ocean to the south that remains
as a vapor
reservoir even when the
ocean to the north freezes, so it retains its ice cap.
the melting ice is due to the warmer gulfstream, which collected warmth from the warming period which ended at ca. 2000 Climate on Earth is ruled, among others, by the Gleissberg solar / weather cycle http://blogs.24.com/henryp/2012/10/02/best-sine-wave-fit-for-the-drop-in-global-maximum-temperatures/ Those still pointing to melting ice and glaciers,
as «proof» that it is (still) warming, and not cooling, should remember that there is a lag from energy - in and energy - out due to
oceans acting
as energy
reservoirs..
As I recall, you (Pekka) had also mentioned the exchange rate between the upper
ocean and the immense CO2
reservoir of the deep
ocean.
Thus, variability in the AMOC's strength is of much interest,
as a diminishment or strengthening would impact the
ocean's effectiveness
as a heat and carbon
reservoir.
However, these models do not yet include many processes and
reservoirs that may be important, such
as peat, buried carbon in permafrost soils, wild fires,
ocean eddies and the response of marine ecosystems to
ocean acidification.
The argument that this change it is somehow driven by energy
reservoirs in the deep
ocean is clearly flawed: the deep
ocean would be * cooling *
as it lost energy to the upper
ocean, but deep
ocean heat content is increasing at the same time
as OHC in the upper
ocean is increasing.
«The
ocean is the biggest
reservoir for heat in the climate system, so
as the planet warms, we're finding that 80 to 90 percent of the increased heat ends up in the
ocean.»
Oceans and lakes act
as heat
reservoirs, holding much more heat than the atmosphere can.
We revere water bodies
as our gathering places, be they lakes,
reservoirs, rivers,
oceans, or swimming pools.
We find that over a wide range of values of diapycnal diffusivity and Southern
Ocean winds, and with a variety of changes in surface boundary conditions, the spatial patterns of ocean temperature anomaly are nearly always determined as much or more by the existing heat reservoir redistribution than by the nearly passive uptake of temperature due to changes in the surface boundary condit
Ocean winds, and with a variety of changes in surface boundary conditions, the spatial patterns of
ocean temperature anomaly are nearly always determined as much or more by the existing heat reservoir redistribution than by the nearly passive uptake of temperature due to changes in the surface boundary condit
ocean temperature anomaly are nearly always determined
as much or more by the existing heat
reservoir redistribution than by the nearly passive uptake of temperature due to changes in the surface boundary conditions.