Add to ORKGIn order to investigate whether climate models of different complexity have the potential to simulate natural atmospheric circulation regimes, 1000-year-long integrations with constant external forcing have been analysed. Significant non-Gaussian uni-, bi-, and trimodal probability density functions have been found in 100-year segments. © 2001 Royal Meteorological Society
Coupled atmosphere-ocean general circulation models are the simplest models which are capable of si...
International audienceRecently atmospheric general circulation models (AGCMs) forced by observed sea...
Perpetual January and July simulations each 1200 days long of the NCAR Community Climate Model (CCMO...
Recent results indicate that climate predictions require models which can simulate accurately natura...
Atmospheric flows exhibit long-range spatiotemporal correlations manifested as the fractal geometry ...
It is shown that a global atmospheric model with horizontal resolution typical of that used in opera...
Abstract: The atmosphere is known to be forced by a variety of energy sources, including radiation a...
Theories and speculations on the nature of climate and climate variability cover a wide range, but t...
The development and application of high-resolution coupled climate models poses a number of problems...
A 1000 year integration of the CSIRO coupled ocean-atmosphere general circulation model is used to s...
Simulations using an idealized, atmospheric general circulationmodel (GCM) subjected to various ther...
Recent studies of low-frequency variability have shown that at least two planetary-scale statistical...
Includes bibliographical referencesUncertainty in climate system initial conditions (ICs) is known t...
The nonlinear, eddy-driven dynamics of the Euro-Atlantic troposphere are notoriously complex. The re...
International audienceThe variability of the extra-tropical atmospheric circulation and its potentia...
Coupled atmosphere-ocean general circulation models are the simplest models which are capable of si...
International audienceRecently atmospheric general circulation models (AGCMs) forced by observed sea...
Perpetual January and July simulations each 1200 days long of the NCAR Community Climate Model (CCMO...
Recent results indicate that climate predictions require models which can simulate accurately natura...
Atmospheric flows exhibit long-range spatiotemporal correlations manifested as the fractal geometry ...
It is shown that a global atmospheric model with horizontal resolution typical of that used in opera...
Abstract: The atmosphere is known to be forced by a variety of energy sources, including radiation a...
Theories and speculations on the nature of climate and climate variability cover a wide range, but t...
The development and application of high-resolution coupled climate models poses a number of problems...
A 1000 year integration of the CSIRO coupled ocean-atmosphere general circulation model is used to s...
Simulations using an idealized, atmospheric general circulationmodel (GCM) subjected to various ther...
Recent studies of low-frequency variability have shown that at least two planetary-scale statistical...
Includes bibliographical referencesUncertainty in climate system initial conditions (ICs) is known t...
The nonlinear, eddy-driven dynamics of the Euro-Atlantic troposphere are notoriously complex. The re...
International audienceThe variability of the extra-tropical atmospheric circulation and its potentia...
Coupled atmosphere-ocean general circulation models are the simplest models which are capable of si...
International audienceRecently atmospheric general circulation models (AGCMs) forced by observed sea...
Perpetual January and July simulations each 1200 days long of the NCAR Community Climate Model (CCMO...