List of Models


Coupling level : 

1. Stand alone models.
2. Coupled Models. 
3. Multi component Coupled Model
4. Chemistry Climate Model
5. Earth Climate System Models.
6. Solar-Earth System Model
7. Astro-Bio-Geo-Chemical System Model

Showing 39 items
Model NameCoupling LevelType/UseLinkDeveloperDescription
Sort 
 
Sort 
 
Sort 
 
Sort 
 
Sort 
 
Sort 
 
UVic ESCM 5. Earth Climate System Models. Earth System Model UVic ESCM Weaver et al. (2001) University of Victoria Earth System Climate Model (UVic ESCM) couples a vertically integrated energy–moisture balance atmospheric model, a thermodynamic/dynamic sea ice model, and a land surface model with the Geophysical Fluid Dynamics Laboratory (GFDL) Modular Ocean Model (MOM; version 2.2).  
UK MetOffice Unified Model (UKMO UM 1) 5. Earth Climate System Models. Earth System Model UK MetOffice Unified Model version 1   
SINTEX-F 5. Earth Climate System Models. Earth System Model SINTEX-F   
QESM 5. Earth Climate System Models. Earth System Model QUEST Earth System Model (QESM)   
HadGEM3 5. Earth Climate System Models. Earth System Model HadGEM3   
CFSv3 5. Earth Climate System Models. Earth System Model CFSv3   
CESM 5. Earth Climate System Models. Earth System Model Community Earth System Model (CESM 1)   
CCSM  5. Earth Climate System Models. Earth System Model Community Climate System Model (CCSM 4)   
CanESM1 5. Earth Climate System Models. Earth System Model CanESM1  The Canadian Earth system model  
Anthropogenic land cover change (ALCC) Climate Model 5. Earth Climate System Models. Earth System Model Anthropogenic land cover change (ALCC) Climate Model   
UK Chemistry and Aerosols model 4. Chemistry Climate Model Chemistry Climate Model    
HAMMONIA  4. Chemistry Climate Model Chemistry Climate Model    
GEOS 4. Chemistry Climate Model Chemistry Climate Model    
Earth Simulator 3. Multi component Coupled Model Cloud Resolving Model    
NCAR's Community Climate System Model (CCSM3) 3. Multi component Coupled Model AOLSice Coupled    
Earth system models of intermediate complexity (EMIC) 3. Multi component Coupled Model AOLSice Coupled    
CFS v2 3. Multi component Coupled Model AOLSice Coupled Climate Forecast System (CFS) NCEP (Saha et al 2011)  The NCEP Climate Forecast System Version 2. Saha et al 2011 
CFS v1 3. Multi component Coupled Model AOL Coupled Model Climate Forecast System (CFS)   
 3. Multi component Coupled Model AOL Coupled Model Anthropogenic land cover change (ALCC) Climate Model   
Indian Ocean HCM 2. Coupled Models.  Hybrid Couple Model Hybrid Coupled Model (AGCM+SOM) Renguang Wu and Sang-Wook Yeh 2010 Hybrid Coupled Model (AGCM+SOM) for Indian Ocean Theoretical study. Seoul National University AGCM coupler with a Slab Ocean Model  
FGOALS 2. Coupled Models.  AOL Coupled Model FGOALS  Flexible Global Ocean-Atmosphere-Land System model 
HadOPA 2. Coupled Models.  AO Coupled GCM    
FOAM 2. Coupled Models.  AO Coupled GCM    
WF96 Delayed Oscillator 1. Stand alone models. ‎Theoretical Exploratory Models Nonlinear ENSO Model Wang and Fung 1996  
NEMO OGCM  1. Stand alone models. Ocean GCM    
MOM 1. Stand alone models. Ocean GCM Modular Ocean Model (MOM)   
HIM 1. Stand alone models. Ocean GCM    
FES 2004 Global Tide Model  1. Stand alone models. Ocean GCM    
NICAM 1. Stand alone models. Nonhydrostatic atmosphere NICAM H. Kubokawa etal. 2010 Nonhydrostatic Icosahedral Atmospheric Model 
Community Land Model's Dynamic Global Vegetation Model (CLM3-DGVM) 1. Stand alone models. Land Model    
WRF 1. Stand alone models. Atmosphere GCM    
Seoul National University AGCM 1. Stand alone models. Atmosphere GCM   a global spectral model with T31 resolution (approximately 3.75° longitude × 3.5° latitude) 
MM5 1. Stand alone models. Atmosphere GCM    
GFS 1. Stand alone models. Atmosphere GCM ncep-global-forecast-system NCEP NCEP Global Forecast System 
ECHAM 1. Stand alone models. Atmosphere GCM    
CAM 1. Stand alone models. Atmosphere GCM    
Delay Oscillator Model 0 Theoretical Model ‎Theoretical Exploratory Models Delay Oscillator Model   
SOM Hansen et al. [1983] 0 Theoretical Model Slab Ocean Model  Hansen et al. [1983] The ocean mixed-layer temperature is determined from the net atmosphere to ocean heat flux and a heat flux term simulating the heat exchange with deep-water and ocean transport 
COMSOL 0 Theoretical Model Physical Visualisation Models COMSOL earth science module COMSOL Multiphisics  
Showing 39 items
Comments

Message to Members