(1) pco2(x,y,t)            MPI_MET_pCO2_1x1_npac.cdf
(control run with 278 ppm) MPI_MET_pCO2con_1x1_npac.cdf

(2) CO2 flux(x,y,t)        MPI_MET_CO2f_1x1_npac.cdf
(control run with 278 ppm) MPI_MET_CO2fcon_1x1_npac.cdf

(3) SST(x,y,t)        MPI_MET_sst_1x1_npac.cdf
(4) SSS(x,y,t)        MPI_MET_sss_1x1_npac.cdf
(5) MLD(x,y,t)        MPI_MET_mld_1x1_npac.cdf
(delta-sigma-theta 0.125)             
(6) u,v(x,y,t) at 15m MPI_MET_uko_1x1_npac.cdf
                      MPI_MET_vke_1x1_npac.cdf

12-month climatologies 0-1000m based on the simulation period 1848-2003.

(7) T(x,y,z,t)        MPI_MET_TEMP_climatology_1x1_npac.cdf
(8) S(x,y,z,t)        MPI_MET_SALT_climatology_1x1_npac.cdf
(9) PO4(x,y,z,t)      MPI_MET_PO4_climatology_1x1_npac.cdf




Along 155W, 165E, and 30N across the Pacific, 1980 to 2000

Temperature(y,z,t)     MPG_IMET_pac_30N_1980_2000_TEMP.cdf
Salinity(y,z,t)        MPG_IMET_pac_30N_1980_2000_SALT.cdf
Phosphate(y,z,t)       MPG_IMET_pac_30N_1980_2000_PO4.cdf
Oxygen(y,z,t)          MPG_IMET_pac_30N_1980_2000_O2.cdf
Alkalinity(y,z,t)      MPG_IMET_pac_30N_1980_2000_TALK.cdf
DIC(y,z,t)             MPG_IMET_pac_30N_1980_2000_DIC.cdf
Oxygen(y,z,t)          MPG_IMET_pac_30N_1980_2000_O2.cdf

Contact: patrick.wetzel@dkrz.de

Results from a simulation with the Hamburg oceanic carbon cycle model (HAMOCC5) 
[Six and Maier-Reimer, 1996] coupled on-line to the circulation and diffusion of the 
Max-Planck-Institute ocean model (MPI-OM) [Marsland et al., 2003]. 
The model is forced using daily heat, freshwater and momentum fluxes
computed from the NCEP/NCAR reanalysis [Kalnay, 1996]. 

Six, K.D. and E. Maier-Reimer (1996), 
Effects of plankton dynamics on seasonal carbon fluxes in an ocean general circulation model, 
Global Biogeochem. Cycles, 10, 559--583.  

Marsland S.J., H. Haak, J.H. Jungclaus, M. Latif and F. Roeske (2003), 
The Max-Planck-Institute global ocean/sea ice model with orthogonal curvilinear coordinates, 
Ocean Modeling, 5 (2), 91--127.  

Kalnay E., et al. (1996), 
The NCEP/NCAR 40-Year reanalysis proj, 
Bull. Amer. Meteor. Soc.,77(3), 437--470.