The late cretaceous: Simulation with a coupled atmosphere-ocean general circulation model

Earth and Planetary Sciences

• Late Cretaceous 100%
• Near-Surface Geology 100%
• General Circulation Model 100%
• Ice Sheet 100%
• Control Simulation 100%
• Protective Atmosphere 100%
• Atmospherics 50%
• Albedo 50%
• Land Surface 50%
• Ocean Surface 50%
• Climate Modeling 50%
• Ocean Models 50%
• Troposphere 50%
• Global Ocean 50%
• Global Climate 50%
• Air Temperature 50%
• Greenland 50%
• Primitive Equation 50%
• Carbon Dioxide 50%
• Cretaceous 50%

Keyphrases

• Late Cretaceous 100%
• High Latitude 100%
• Atmosphere-ocean General Circulation Models (AOGCM) 100%
• Control Simulation 66%
• Atmospheric CO2 33%
• Lower Troposphere 33%
• Global Precipitation 33%
• Global Climate Models 33%
• Present Climate 33%
• Seasonal Cycle 33%
• Surface Temperature 33%
• Monsoon 33%
• Atmospheric Temperature 33%
• Snow 33%
• Greenland Ice Sheet (GrIS) 33%
• Ice Sheet 33%
• Mean Annual Temperature 33%
• Antarctic Ice Sheet 33%
• Global Ocean Model 33%
• Primitive Equations 33%
• Ocean Surface Currents 33%
• Near-surface Temperature 33%
• Reduced Precipitation 33%
• Biogeographic Reconstruction 33%
• Near-surface Baroclinicity 33%
• Cretaceous Period 33%
• Land Surface Albedo 33%
• Poleward Heat Transport 33%