One can not develop a useful model of what
drives global ocean circulation, he says, without understanding what is happening at the scale of a cubic centimeter.
Atlantic Deep Water formation — Cold, salty, deep water is produced in the North Atlantic, partly
driving the global ocean circulation.
Not exact matches
This would shut down a
global ocean circulation system that is
driven by dense, salty water falling to the bottom of the north Atlantic and that ultimately produces the Gulf Stream.
«Formation of coastal sea ice in North Pacific
drives ocean circulation, climate: New understanding of changes in North Pacific
ocean circulation over the past 1.2 million years could lead to better
global climate models.»
Climatologists have suggested that the winds, known as the Greenland tip jet, could be a key force in
driving the world's climate and the
global ocean circulation by pushing cold, dense water to the
ocean floor and triggering the thermohaline
circulation.
Quick recovery is consistent with the Southern
Ocean - centric picture of the global overturning circulation (Fig. 4; Talley, 2013), as the Southern Ocean meridional overturning circulation (SMOC), driven by AABW formation, responds to change in the vertical stability of the ocean column near Antarctica (Sect. 3.7) and the ocean mixed layer and sea ice have limited thermal ine
Ocean - centric picture of the
global overturning
circulation (Fig. 4; Talley, 2013), as the Southern
Ocean meridional overturning circulation (SMOC), driven by AABW formation, responds to change in the vertical stability of the ocean column near Antarctica (Sect. 3.7) and the ocean mixed layer and sea ice have limited thermal ine
Ocean meridional overturning
circulation (SMOC),
driven by AABW formation, responds to change in the vertical stability of the
ocean column near Antarctica (Sect. 3.7) and the ocean mixed layer and sea ice have limited thermal ine
ocean column near Antarctica (Sect. 3.7) and the
ocean mixed layer and sea ice have limited thermal ine
ocean mixed layer and sea ice have limited thermal inertia.
A water based system doesn't achieve much, as the
oceans participate in weather and climate, but aren't the primary
driving forces, which are
global atmospheric
circulation patterns and greenhouse gases etc..
That matters because the trickiest part of
global climate models appears to be how they handle
ocean - atmosphere interactions, and I really have no idea how well they link changes in local wind -
driven upwelling to the net thermohaline
circulation.
A water based system doesn't achieve much, as the
oceans participate in weather and climate, but aren't the primary
driving forces, which are
global atmospheric
circulation patterns and greenhouse gases etc..
This is a result of a weaker wind -
driven ocean circulation, when a large decrease in heat transported to the deep
ocean allows the surface
ocean to warm quickly, and this in turn raises
global surface temperatures.
flow in the upper 1,000 meters of
ocean driven by
global winds N. and S. hemispheres each have two
circulations caused by the Coriolis Effect clockwise.
This empirical finding contradicts Spencer's hypothesis that cloud cover changes are
driving global warming, but is consistent with our current understanding of the climate:
ocean heat is exchanged with the atmosphere, which causes surface warming, which alters atmospheric
circulation, which alters cloud cover, which impacts surface temperature.
Between its Second and Third Assessment Reports, the Intergovernmental Panel on Climate Change elaborated long - term greenhouse gas emissions scenarios, in part to
drive global ocean - atmosphere general
circulation models, and ultimately to assess the urgency of action to prevent the risk of climatic change.
8
global circulation of deep
ocean currents transports warm water to colder areas & cold water to warmer areas efficient heat - transport system
drives Earth's climate
The magnitude of the [geomagnetic - CO2] mechanism is small compared to the magnitude of the preponderant mechanisms
driving the exchange of carbon between
ocean and atmosphere, such as water temperature, biological pumping, overturning
circulation... it would be preposterous to make the weakening Earth's magnetic field responsible for
global warming.