We are participating C20C project.  Our model has Dynamic Vegetation and active Carbon Cycle. 

     Forcings:

• monthly HadISST2.0 from January 1870 to December 2002

• co2: observed change
  

• We do have experiments with GISST from January 1871 to December 2002

    Interactiv Components:

• Atmo: QTCMg 5.625x3.75 (64x48)
• Land: Sland (one layer for water, two layers for Temp)
• Vege: VEGAS
  

• AOLV forced by Global SST, Interactive Land, and Interactive Vegetation
  
• AOL    forced by Global SST, Interactive Land, and Seasonal Climatology of Vegetation drived from AOLV
  
• AO       forced by Global SST, Seasonal Climatology of Land and Vegetation drived from AOL
  

• Output variables
  
• xdef      64 linear      0.000     5.625
  ydef      48 linear  -88.125      3.75
  zdef       1 levels 1000
  tdef    1584 linear jan1871 1mo
  VARS 14
  prec     1       99      precipitation rate                                     mm/day
  evap     1       99      precipitation rate                                    mm/day
  tairs     1       99      surface air temperature                          K
  t850     1       99      air temperature at 850mb                       K
  u850    1       99      zonal wind at 850mb                               m/s 
  v850    1       99      meridional wind at 850mb                      m/s
  u200    1       99      zonal wind at 200mb                               m/s
  v200    1       99      meridional wind at 200mb                      m/s
  qu       1       99      zonal moisture flux                                   kg/kg*m/s  (x 10**4 to -> kg/m/s)
  qv       1       99      meridional moisture flux                          kg/kg*m/s  (x 10**4 to -> kg/m/s)
  Fsnet   1       99      Total heat flux at sfc                                W/m**2
  swet    1       99      (=w/w0, w0=500mm) Soil Moisture        (0-1)
  ali       1       99      total Leaf Areea Index
  stype   1       99      Land-Sea Mask (Land:1, Ocean: 0)       (0-1)
  ENDVARS