Not exact matches
Simulations
with general circulation ocean models do not fully support the gas exchange - sea ice hypothesis.
Diansky, N.A., and E.M. Volodin, 2002: Simulation of the present - day climate
with a coupled atmosphere -
ocean general circulation model.
Knowledge of dominant scales associated
with mesoscale eddies enables a better understanding of the resolution requirements for the Coupled
Model Intercomparison Project, the framework used for comparison of global coupled
ocean - atmosphere
general circulation models.
Using a complex coupled atmosphere -
ocean general circulation model (ECHAM5 / MPI - OM) climate response experiments
with enhanced small - scale fluctuations are performed.
Recent 20 experiments
with a fully coupled atmosphere —
ocean climate
general circulation model (GCM) supported this scenario (Lunt et al., 2011).
A vast array of thought has been brought to bear on this problem, beginning
with Arrhenius» simple energy balance calculation, continuing through Manabe's one - dimensional radiative - convective
models in the 1960's, and culminating in today's comprehensive atmosphere -
ocean general circulation models.
An atmospheric
general circulation model coupled to a simple mixed layer
ocean was forced
with altered implied
ocean heat transports during a period of increasing trace gases.
Abstract: «The patterns of time / space changes in near - surface temperature due to the separate forcing components are simulated
with a coupled atmosphere —
ocean general circulation model»
This thesis presents the results of several
general circulation model simulations aimed at studying the effect of
ocean circulation changes when they occur in conjunction
with increased atmospheric trace gas concentrations.
«A
General Circulation Experiment
with a Coupled Atmosphere,
Ocean and Sea Ice
Model.»
«Seasonal Cycle Experiments on Climate Sensitivity Due to a Doubling of CO2
with an Atmospheric
General Circulation Model Coupled to a Simple Mixed Layer
Ocean Model.»
Experiments
with coupled
ocean - atmosphere
general circulation models (which represent the complexity of the climate system much more realistically than this simple
model) give similar results.
To investigate the effects of CO2 emissions on
ocean pH, we forced the Lawrence Livermore National Laboratory
ocean general -
circulation model (Fig. 1a)
with the pressure of atmospheric CO2 (pCO2) observed from 1975 to 2000, and
with CO2 emissions from the Intergovernmental Panel on Climate Change's IS92a scenario1 for 2000 — 2100.
«Climate Sensitivity Due to Increased CO2: Experiments
with a Coupled Atmosphere and
Ocean General Circulation Model.»
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.
Our proxy records are compared
with climate
model simulations using a coupled atmosphere -
ocean general circulation model.
Pfeiffer, M. & Lohmann, G. Greenland ice sheet influence on last interglacial climate: global sensitivity studies performed
with an atmosphere —
ocean general circulation model.
An analysis of two coupled atmosphere -
ocean general circulation models control runs (UK Met Office HadCM3 and NOAA GFDL CM2.1) agree with the shorter and longer time - scales of Atlantic Meridional Overturning Circulation (AMOC) and temperature fluctuations with periodicities close to thos
circulation models control runs (UK Met Office HadCM3 and NOAA GFDL CM2.1) agree
with the shorter and longer time - scales of Atlantic Meridional Overturning
Circulation (AMOC) and temperature fluctuations with periodicities close to thos
Circulation (AMOC) and temperature fluctuations
with periodicities close to those observed.
However, detailed climate projections carried out
with Atmosphere -
Ocean General Circulation Models (AOGCMs) have typically used a prescribed CO2 concentration scenario, neglecting two - way coupling between climate and the carbon cycle.
Interview
with Jack Eddy
Ocean Currents and Climate Theory Simple
Models of Climate Change Chaos in the Atmosphere Venus & Mars
General Circulation Models of Climate Basic Radiation Calculations Arakawa's Computation Device GCM Family Tree (P. Edwards)
In IPCC projections
with ocean - atmosphere
general circulation models (OAGCMs)(12), half of the
models become ice - free in September during this century (19), at a polar temperature of − 9 °C (9 °C above present)(20).
Atmosphere -
Ocean General Circulation Models also tend to simulate less intense ENSO events, in qualitative agreement
with data, although there are large differences in magnitude and proposed mechanisms, and inconsistent responses of the associated teleconnections (Otto - Bliesner, 1999; Liu et al., 2000; Kitoh and Murakami, 2002; Otto - Bliesner et al., 2003).
Thus, our awareness of the variability and complexity of pH regulation in the coastal
ocean is currently disconnected from OA projections, which are based on
general circulation models (GCMs) focused on anthropogenic CO2 as the main driver,
with little capacity to resolve the coastal
ocean.
Countless numerical experiments
with ocean general circulation models have been carried out to investigate the stability of the AMOC.
It is clear that a more dense survey of Ar - 39
with higher accuracy measurements would prove of great value in constraining
ocean general circulation models.