Coupled general circulation models (CGCMs) integrate our knowledge about atmospheric and oceanic circulation, Different versions of CGCMs are used to provide a better understanding of natural climate variability on interannual and decadal time scales, for extended weather forecasting, and for making seasonal climate scenario projections. They also help to reconstruct past climates, especially abrupt climate change processes. Model intercomparisons, new test data (mainly from satellites), more powerful computers, and parameterizations of atmospheric and oceanic processes have improved CGCM performance to such a degree that the model results are now used by many decision-makers, including governments. They are also fundamental for the detecti...
The formulation and simulation characteristics of two new global coupled climate models developed at...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
Coupled ocean-atmosphere general circulation models are used to predict future global changes, such ...
Understanding how major modes of natural variability will respond to gradual mean state changes asso...
We outline the familiar concept of a hierarchy of models for solving problems in climate dynamics. G...
The Program for Climate Model Diagnosis and Intercomparison (PCMDI) has produced an extensive apprai...
A 26-year integration has been performed with a coupled ocean-atmosphere general circulation model (...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
International audienceWe use the mean meridional tropical circulation of the Atmospheric Ocean Coupl...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
Coupled ocean-atmosphere general circulation models (coupled GCMs) with interactive sea ice are the ...
The formulation and simulation characteristics of two new global coupled climate models developed at...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
Coupled ocean-atmosphere general circulation models are used to predict future global changes, such ...
Understanding how major modes of natural variability will respond to gradual mean state changes asso...
We outline the familiar concept of a hierarchy of models for solving problems in climate dynamics. G...
The Program for Climate Model Diagnosis and Intercomparison (PCMDI) has produced an extensive apprai...
A 26-year integration has been performed with a coupled ocean-atmosphere general circulation model (...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
International audienceWe use the mean meridional tropical circulation of the Atmospheric Ocean Coupl...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
Coupled ocean-atmosphere general circulation models (coupled GCMs) with interactive sea ice are the ...
The formulation and simulation characteristics of two new global coupled climate models developed at...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...
The first version of the Canadian Global Coupled Model, CGCM1, and its control climate are d...