This coupled
general circulation model includes dynamic - thermodynamics model of sea ice (LIM2) with horizontal resolution of about 1 degree.
Not exact matches
General circulation models have generally excluded the feedback between climate and the biosphere, using static vegetation distributions and CO2 concentrations from simple carbon - cycle
models that do not
include climate change6.
Scientists run
general circulations models against these scenarios to project future climate conditions,
including atmospheric carbon concentrations.
General circulation models have generally excluded the feedback between climate and the biosphere, using static vegetation distributions and CO2 concentrations from simple carbon - cycle
models that do not
include climate change6.
«GCM —
General Circulation Model (sometimes Global Climate
Model) which
includes the physics of the atmosphere and often the ocean, sea ice and land surface as well.»
On the matter of the role of condensation nuclei, a few
general circulation models do have some crude representation of nucleation microphysics in their convection or cloud schemes, but it certainly isn't the key factor in the weak increase of precipitation with temperature, which is seen in all GCM's
including those with very basic representations of convection.
... A new sea - ice albedo parameterization scheme has been developed and implemented in ECHAM5
general circulation model, and
includes important components like albedo decay due to snow aging, ice thickness dependency and an explicit treatment of melt pond albedo.
More recently,
including the carbon chemistry system in
general circulation models has simply been a question of allocation of computing resources.
Although previous studies have offered a
general global overview of water
circulation between the oceans and land, this traditional two - region
model does not take into account the considerable precipitation that occurs over tropical coastal regions,
including the Indonesian maritime continent, the Indian subcontinent, and the Bay of Bengal.
The ensemble and seasonal forecast systems use a coupled atmosphere - ocean
model, which
includes a simulation of the
general circulation of the ocean and the associated coupled feedback processes that exist.
But certainly
models with such a grand name as «
General Circulation Model», would include average diurnal atmospheric circulation patterns in tropics, and diurnal and seasonal patterns at latitudes outside the tropics, as well as heat transfer to the de
Circulation Model», would
include average diurnal atmospheric
circulation patterns in tropics, and diurnal and seasonal patterns at latitudes outside the tropics, as well as heat transfer to the de
circulation patterns in tropics, and diurnal and seasonal patterns at latitudes outside the tropics, as well as heat transfer to the deeper ocean.
The fact that Wahl and Ammann (2006) admit that the results of the MBH methodology does not coincide with the results of other methods such as borehole methods and atmospheric - ocean
general circulation models and that Wahl and Ammann adjust the MBH methodology to
include the PC4 bristlecone / foxtail pine effects are significant reasons we believe that the Wahl and Amman paper does not convincingly demonstrate the validity of the MBH methodology.
The experiments were performed with ModelE2, a new version of the NASA Goddard Institute for Space Sciences (GISS) coupled
general circulation model that
includes three different versions for the atmospheric composition components: a noninteractive version (NINT) with prescribed composition and a tuned aerosol indirect effect (AIE), the TCAD version with fully interactive aerosols, whole - atmosphere chemistry, and the tuned AIE, and the TCADI version which further
includes a parameterized first indirect aerosol effect on clouds.
The response of atmospheric CO2 and climate to the reconstructed variability in solar irradiance and radiative forcing by volcanoes over the last millennium is examined by applying a coupled physical — biogeochemical climate
model that
includes the Lund - Potsdam - Jena dynamic global vegetation
model (LPJ - DGVM) and a simplified analogue of a coupled atmosphere — ocean
general circulation model.
However, the availability of non-radiative means for vertical transport of energy,
including small - scale convection and large - scale atmospheric motions, must be accounted for, as is done in our atmospheric
general circulation model.