| Data File(s) | Type | Description | Action |
|---|---|---|---|
matsumoto_mesmo_gw_cnp.tar.tz (236.36 MB) | GZIP (.gz) | MESMO, a 3D ocean biogeochemistry model, NetCDF output files containing results of future simulations with dynamic C:N:P. Model runs with a power law model of C:N:P. The simulation period for all runs is years 1750-2500 190916a.nc = Control run with flexible C:N:P 190916g.nc = Global warming run with flexible C:N:P 190916k.nc = Global warming run with C:N:P mask 190916l.nc = Global warming run with COM mask 190916e.nc = Control run with fixed C:N:P=117:16:1 190916p.nc = Global warming run with fixed C:N:P=117:16:1 The bundled and compressed gzip file was created with the command: tar -zcvf matsumoto_mesmo_gw_cnp.tar.tz bcodmo_190916 Files can be extracted with the command: tar -xzvf matsumoto_mesmo_gw_cnp.tar.tz Parameters names, definitions, and units contained in the NetCDF .nc files: ALK,"alkalinity","mol kg-1" A,"ocean surface area","m2" area_oc3,"area_oc3","m2" area_ocn,"ocean srfc grid area","m2" ash_x,"ash (tracer for sediment bioturbation) flux","mol m-2 yr-1" CC_13,"d13C of CaCO3 flux","o/oo" CC_14,"d14C of CaCO3 flux","o/oo" CC_14_x,"14C flux of CC_","mol m-2 yr-1" CC2POC," rain ratio (CaCO3 to POC)","ratio" CC_frac2," cc_frac2","ratio" CC_x,"calcium carbonate (CaCO3=CC) flux","mol m-2 yr-1" CFC11,"dissolved CFC-11","mol kg-1" CFC12,"dissolved CFC-12","mol kg-1" CO2_aq,"CO2_aq carbonate chemistry","mol kg-1" CO3,"CO3 carbonate chemistry","mol kg-1" C_to_N,"C:N uptake ratio","ratio" C_to_N_diaz,"C:N uptake ratio_diaz","ratio" C_to_N_lg,"C:N uptake ratio_lg","ratio" C_to_N_sm,"C:N uptake ratio_sm","ratio" C_to_P,"C:P uptake ratio","ratio" C_to_P_diaz,"C:P uptake ratio_diaz","ratio" C_to_P_lg,"C:P uptake ratio_lg","ratio" C_to_P_sm,"C:P uptake ratio_sm","ratio" dCO3_arg,"dCO3_arg carbonate chemistry","mol kg-1" dCO3_cal,"dCO3_cal carbonate chemistry","mol kg-1" den_m2,"oceanic denitrification (flux)","molN m-2 yr-1" det_x,"detrital (refractory) material flux","mol m-2 yr-1" DIC_13,"d13C of DIC","o/oo" DIC_14,"D14C of DIC","o/oo" DIC_14Q,"DIC_14 concentration","mol kg-1" DIC,"dissolved inorganic carbon","mol kg-1" DOC_13,"d13C of DOM_C","o/oo" DOC_14,"D14C of DOM_C","o/oo" DOC_14Q,"DOC_14 concentration","mol kg-1" DOC,"dissolved organic carbon","mol kg-1" DOFe,"dissolved organic iron","mol kg-1" DOM_frac,"DOM export fraction","" DON,"dissolved organic nitrogen","mol kg-1" DOP,"dissolved organic phosphorous","mol kg-1" dt_Fe_x,"detrital scavenged Fe flux","mol m-2 yr-1" Fe,"dissolved iron","mol kg-1" FeL,"ligand-bound Fe","mol kg-1" fug_CO2,"fug_CO2 carbonate chemistry","atm" HCO3,"HCO3 carbonate chemistry","mol kg-1" H,"H carbonate chemistry","mol kg-1" lat_edges,"latitude of t grid edges","degrees" lat,"latitude of the t grid","degrees_north" lat_moc,"latitude of moc grid","degrees_north" Ligand,"iron binding ligand","mol kg-1" lon_edges,"longitude of t grid edges","degrees" lon,"longitude of the t grid","degrees_east" mask_lev,"ocean depth grid level 1=deepest","1" mask_ocn,"ocean mask 1=ocean, 0=land","1" mass_oc3,"mass_oc3","kg" mass_ocn,"ocean srfc grid mass","kg" MM_diaz,"M-M kinetics index diaz phyto","" MM_lg,"MM kinetics index lg phyto","1" MM_sm,"MM kinetics index sm phyto","1" N2,"dissolved nitrogen","mol kg-1" Nfix_m2,"N-fixation (flux)","molN m-2 yr-1" NO3,"dissolved nitrate","mol kg-1" NPP_m2_diaz,"Net Primary Productivity_Diaz","molC m-2 yr-1" NPP_m2_lg,"Net Primary Productivity_LG","molC m-2 yr-1" NPP_m2,"Net Primary Productivity","molC m-2 yr-1" NPP_m2_sm,"Net Primary Productivity_SM","molC m-2 yr-1" NPP_P_m2_diaz,"Net Primary Productivity_Diaz in P","molP m-2 yr-1" NPP_P_m2_lg,"Net Primary Productivity_LG in P","molP m-2 yr-1" NPP_P_m2,"Net Primary Productivity in P","molP m-2 yr-1" NPP_P_m2_sm,"Net Primary Productivity_SM in P","molP m-2 yr-1" N_to_P_diaz,"N:P uptake ratio_diaz","ratio" N_to_P_lg,"N:P uptake ratio_lg","ratio" N_to_P,"N:P uptake ratio","ratio" N_to_P_sm,"N:P uptake ratio_sm","ratio" O2,"dissolved oxygen","mol kg-1" O2_to_DOC,"O2:DOC remin ratio","ratio" O2_to_DOP,"O2:DOP remin ratio","ratio" O2_to_POC,"O2:POC remin ratio","ratio" O2_to_POP,"O2:POP remin ratio","ratio" ohm_arg,"ohm_arg carbonate chemistry","saturation 1=100%" ohm_cal,"ohm_cal carbonate chemistry","saturation 1=100%" opal_x,"opal flux","mol m-2 yr-1" pH,"pH","1" PO4,"dissolved phosphate","mol kg-1" POC_13,"d13C of POC flux","o/oo" POC_14,"D14C of POC flux","o/oo" POC_14_x,"14C flux of POC","mol m-2 yr-1" POC_x,"particulate organic carbon flux","mol m-2 yr-1" POFe_x,"particulate organic iron flux","mol m-2 yr-1" PON_x,"particulate organic nitrogen flux","mol m-2 yr-1" POP_x,"particulate organic phosphate flux","mol m-2 yr-1" PO_sc_Fe_x,"POM scavenged Fe flux","mol m-2 yr-1" res_m2,"oceanic respiration (flux)","molN m-2 yr-1" sal,"salinity","PSU" SiO2,"aqueous silicic acid (H4SiO4)","mol kg-1" si_to_n,"Si:N uptake ratio","ratio" temp,"temperature","K" time,"Year","equal month years" topo_ocn,"ocean depth","m" Vol,"ocean volume","m3" xu_edges,"longitude of u grid edges","degrees" xu,"longitude of the u grid","degrees_east" year,"year","" yu_edges,"latitude of u grid edges","degrees" yu,"latitude of the u grid","degrees_north" zt_edges,"depth of t grid edges","m" zt_moc,"depth of moc grid","m" zt,"z-level mid depth","m" |
Files
Filename: matsumoto_mesmo_gw_cnp.tar.tz (236.36 MB)
Type: GZIP (.gz)
Description: MESMO, a 3D ocean biogeochemistry model, NetCDF output files containing results of future simulations with dynamic C:N:P. Model runs with a power law model of C:N:P. The simulation period for all runs is years 1750-2500 190916a.nc = Control run with flexible C:N:P 190916g.nc = Global warming run with flexible C:N:P 190916k.nc = Global warming run with C:N:P mask 190916l.nc = Global warming run with COM mask 190916e.nc = Control run with fixed C:N:P=117:16:1 190916p.nc = Global warming run with fixed C:N:P=117:16:1 The bundled and compressed gzip file was created with the command: tar -zcvf matsumoto_mesmo_gw_cnp.tar.tz bcodmo_190916 Files can be extracted with the command: tar -xzvf matsumoto_mesmo_gw_cnp.tar.tz Parameters names, definitions, and units contained in the NetCDF .nc files: ALK,"alkalinity","mol kg-1" A,"ocean surface area","m2" area_oc3,"area_oc3","m2" area_ocn,"ocean srfc grid area","m2" ash_x,"ash (tracer for sediment bioturbation) flux","mol m-2 yr-1" CC_13,"d13C of CaCO3 flux","o/oo" CC_14,"d14C of CaCO3 flux","o/oo" CC_14_x,"14C flux of CC_","mol m-2 yr-1" CC2POC," rain ratio (CaCO3 to POC)","ratio" CC_frac2," cc_frac2","ratio" CC_x,"calcium carbonate (CaCO3=CC) flux","mol m-2 yr-1" CFC11,"dissolved CFC-11","mol kg-1" CFC12,"dissolved CFC-12","mol kg-1" CO2_aq,"CO2_aq carbonate chemistry","mol kg-1" CO3,"CO3 carbonate chemistry","mol kg-1" C_to_N,"C:N uptake ratio","ratio" C_to_N_diaz,"C:N uptake ratio_diaz","ratio" C_to_N_lg,"C:N uptake ratio_lg","ratio" C_to_N_sm,"C:N uptake ratio_sm","ratio" C_to_P,"C:P uptake ratio","ratio" C_to_P_diaz,"C:P uptake ratio_diaz","ratio" C_to_P_lg,"C:P uptake ratio_lg","ratio" C_to_P_sm,"C:P uptake ratio_sm","ratio" dCO3_arg,"dCO3_arg carbonate chemistry","mol kg-1" dCO3_cal,"dCO3_cal carbonate chemistry","mol kg-1" den_m2,"oceanic denitrification (flux)","molN m-2 yr-1" det_x,"detrital (refractory) material flux","mol m-2 yr-1" DIC_13,"d13C of DIC","o/oo" DIC_14,"D14C of DIC","o/oo" DIC_14Q,"DIC_14 concentration","mol kg-1" DIC,"dissolved inorganic carbon","mol kg-1" DOC_13,"d13C of DOM_C","o/oo" DOC_14,"D14C of DOM_C","o/oo" DOC_14Q,"DOC_14 concentration","mol kg-1" DOC,"dissolved organic carbon","mol kg-1" DOFe,"dissolved organic iron","mol kg-1" DOM_frac,"DOM export fraction","" DON,"dissolved organic nitrogen","mol kg-1" DOP,"dissolved organic phosphorous","mol kg-1" dt_Fe_x,"detrital scavenged Fe flux","mol m-2 yr-1" Fe,"dissolved iron","mol kg-1" FeL,"ligand-bound Fe","mol kg-1" fug_CO2,"fug_CO2 carbonate chemistry","atm" HCO3,"HCO3 carbonate chemistry","mol kg-1" H,"H carbonate chemistry","mol kg-1" lat_edges,"latitude of t grid edges","degrees" lat,"latitude of the t grid","degrees_north" lat_moc,"latitude of moc grid","degrees_north" Ligand,"iron binding ligand","mol kg-1" lon_edges,"longitude of t grid edges","degrees" lon,"longitude of the t grid","degrees_east" mask_lev,"ocean depth grid level 1=deepest","1" mask_ocn,"ocean mask 1=ocean, 0=land","1" mass_oc3,"mass_oc3","kg" mass_ocn,"ocean srfc grid mass","kg" MM_diaz,"M-M kinetics index diaz phyto","" MM_lg,"MM kinetics index lg phyto","1" MM_sm,"MM kinetics index sm phyto","1" N2,"dissolved nitrogen","mol kg-1" Nfix_m2,"N-fixation (flux)","molN m-2 yr-1" NO3,"dissolved nitrate","mol kg-1" NPP_m2_diaz,"Net Primary Productivity_Diaz","molC m-2 yr-1" NPP_m2_lg,"Net Primary Productivity_LG","molC m-2 yr-1" NPP_m2,"Net Primary Productivity","molC m-2 yr-1" NPP_m2_sm,"Net Primary Productivity_SM","molC m-2 yr-1" NPP_P_m2_diaz,"Net Primary Productivity_Diaz in P","molP m-2 yr-1" NPP_P_m2_lg,"Net Primary Productivity_LG in P","molP m-2 yr-1" NPP_P_m2,"Net Primary Productivity in P","molP m-2 yr-1" NPP_P_m2_sm,"Net Primary Productivity_SM in P","molP m-2 yr-1" N_to_P_diaz,"N:P uptake ratio_diaz","ratio" N_to_P_lg,"N:P uptake ratio_lg","ratio" N_to_P,"N:P uptake ratio","ratio" N_to_P_sm,"N:P uptake ratio_sm","ratio" O2,"dissolved oxygen","mol kg-1" O2_to_DOC,"O2:DOC remin ratio","ratio" O2_to_DOP,"O2:DOP remin ratio","ratio" O2_to_POC,"O2:POC remin ratio","ratio" O2_to_POP,"O2:POP remin ratio","ratio" ohm_arg,"ohm_arg carbonate chemistry","saturation 1=100%" ohm_cal,"ohm_cal carbonate chemistry","saturation 1=100%" opal_x,"opal flux","mol m-2 yr-1" pH,"pH","1" PO4,"dissolved phosphate","mol kg-1" POC_13,"d13C of POC flux","o/oo" POC_14,"D14C of POC flux","o/oo" POC_14_x,"14C flux of POC","mol m-2 yr-1" POC_x,"particulate organic carbon flux","mol m-2 yr-1" POFe_x,"particulate organic iron flux","mol m-2 yr-1" PON_x,"particulate organic nitrogen flux","mol m-2 yr-1" POP_x,"particulate organic phosphate flux","mol m-2 yr-1" PO_sc_Fe_x,"POM scavenged Fe flux","mol m-2 yr-1" res_m2,"oceanic respiration (flux)","molN m-2 yr-1" sal,"salinity","PSU" SiO2,"aqueous silicic acid (H4SiO4)","mol kg-1" si_to_n,"Si:N uptake ratio","ratio" temp,"temperature","K" time,"Year","equal month years" topo_ocn,"ocean depth","m" Vol,"ocean volume","m3" xu_edges,"longitude of u grid edges","degrees" xu,"longitude of the u grid","degrees_east" year,"year","" yu_edges,"latitude of u grid edges","degrees" yu,"latitude of the u grid","degrees_north" zt_edges,"depth of t grid edges","m" zt_moc,"depth of moc grid","m" zt,"z-level mid depth","m"
Type: GZIP (.gz)
Description: MESMO, a 3D ocean biogeochemistry model, NetCDF output files containing results of future simulations with dynamic C:N:P. Model runs with a power law model of C:N:P. The simulation period for all runs is years 1750-2500 190916a.nc = Control run with flexible C:N:P 190916g.nc = Global warming run with flexible C:N:P 190916k.nc = Global warming run with C:N:P mask 190916l.nc = Global warming run with COM mask 190916e.nc = Control run with fixed C:N:P=117:16:1 190916p.nc = Global warming run with fixed C:N:P=117:16:1 The bundled and compressed gzip file was created with the command: tar -zcvf matsumoto_mesmo_gw_cnp.tar.tz bcodmo_190916 Files can be extracted with the command: tar -xzvf matsumoto_mesmo_gw_cnp.tar.tz Parameters names, definitions, and units contained in the NetCDF .nc files: ALK,"alkalinity","mol kg-1" A,"ocean surface area","m2" area_oc3,"area_oc3","m2" area_ocn,"ocean srfc grid area","m2" ash_x,"ash (tracer for sediment bioturbation) flux","mol m-2 yr-1" CC_13,"d13C of CaCO3 flux","o/oo" CC_14,"d14C of CaCO3 flux","o/oo" CC_14_x,"14C flux of CC_","mol m-2 yr-1" CC2POC," rain ratio (CaCO3 to POC)","ratio" CC_frac2," cc_frac2","ratio" CC_x,"calcium carbonate (CaCO3=CC) flux","mol m-2 yr-1" CFC11,"dissolved CFC-11","mol kg-1" CFC12,"dissolved CFC-12","mol kg-1" CO2_aq,"CO2_aq carbonate chemistry","mol kg-1" CO3,"CO3 carbonate chemistry","mol kg-1" C_to_N,"C:N uptake ratio","ratio" C_to_N_diaz,"C:N uptake ratio_diaz","ratio" C_to_N_lg,"C:N uptake ratio_lg","ratio" C_to_N_sm,"C:N uptake ratio_sm","ratio" C_to_P,"C:P uptake ratio","ratio" C_to_P_diaz,"C:P uptake ratio_diaz","ratio" C_to_P_lg,"C:P uptake ratio_lg","ratio" C_to_P_sm,"C:P uptake ratio_sm","ratio" dCO3_arg,"dCO3_arg carbonate chemistry","mol kg-1" dCO3_cal,"dCO3_cal carbonate chemistry","mol kg-1" den_m2,"oceanic denitrification (flux)","molN m-2 yr-1" det_x,"detrital (refractory) material flux","mol m-2 yr-1" DIC_13,"d13C of DIC","o/oo" DIC_14,"D14C of DIC","o/oo" DIC_14Q,"DIC_14 concentration","mol kg-1" DIC,"dissolved inorganic carbon","mol kg-1" DOC_13,"d13C of DOM_C","o/oo" DOC_14,"D14C of DOM_C","o/oo" DOC_14Q,"DOC_14 concentration","mol kg-1" DOC,"dissolved organic carbon","mol kg-1" DOFe,"dissolved organic iron","mol kg-1" DOM_frac,"DOM export fraction","" DON,"dissolved organic nitrogen","mol kg-1" DOP,"dissolved organic phosphorous","mol kg-1" dt_Fe_x,"detrital scavenged Fe flux","mol m-2 yr-1" Fe,"dissolved iron","mol kg-1" FeL,"ligand-bound Fe","mol kg-1" fug_CO2,"fug_CO2 carbonate chemistry","atm" HCO3,"HCO3 carbonate chemistry","mol kg-1" H,"H carbonate chemistry","mol kg-1" lat_edges,"latitude of t grid edges","degrees" lat,"latitude of the t grid","degrees_north" lat_moc,"latitude of moc grid","degrees_north" Ligand,"iron binding ligand","mol kg-1" lon_edges,"longitude of t grid edges","degrees" lon,"longitude of the t grid","degrees_east" mask_lev,"ocean depth grid level 1=deepest","1" mask_ocn,"ocean mask 1=ocean, 0=land","1" mass_oc3,"mass_oc3","kg" mass_ocn,"ocean srfc grid mass","kg" MM_diaz,"M-M kinetics index diaz phyto","" MM_lg,"MM kinetics index lg phyto","1" MM_sm,"MM kinetics index sm phyto","1" N2,"dissolved nitrogen","mol kg-1" Nfix_m2,"N-fixation (flux)","molN m-2 yr-1" NO3,"dissolved nitrate","mol kg-1" NPP_m2_diaz,"Net Primary Productivity_Diaz","molC m-2 yr-1" NPP_m2_lg,"Net Primary Productivity_LG","molC m-2 yr-1" NPP_m2,"Net Primary Productivity","molC m-2 yr-1" NPP_m2_sm,"Net Primary Productivity_SM","molC m-2 yr-1" NPP_P_m2_diaz,"Net Primary Productivity_Diaz in P","molP m-2 yr-1" NPP_P_m2_lg,"Net Primary Productivity_LG in P","molP m-2 yr-1" NPP_P_m2,"Net Primary Productivity in P","molP m-2 yr-1" NPP_P_m2_sm,"Net Primary Productivity_SM in P","molP m-2 yr-1" N_to_P_diaz,"N:P uptake ratio_diaz","ratio" N_to_P_lg,"N:P uptake ratio_lg","ratio" N_to_P,"N:P uptake ratio","ratio" N_to_P_sm,"N:P uptake ratio_sm","ratio" O2,"dissolved oxygen","mol kg-1" O2_to_DOC,"O2:DOC remin ratio","ratio" O2_to_DOP,"O2:DOP remin ratio","ratio" O2_to_POC,"O2:POC remin ratio","ratio" O2_to_POP,"O2:POP remin ratio","ratio" ohm_arg,"ohm_arg carbonate chemistry","saturation 1=100%" ohm_cal,"ohm_cal carbonate chemistry","saturation 1=100%" opal_x,"opal flux","mol m-2 yr-1" pH,"pH","1" PO4,"dissolved phosphate","mol kg-1" POC_13,"d13C of POC flux","o/oo" POC_14,"D14C of POC flux","o/oo" POC_14_x,"14C flux of POC","mol m-2 yr-1" POC_x,"particulate organic carbon flux","mol m-2 yr-1" POFe_x,"particulate organic iron flux","mol m-2 yr-1" PON_x,"particulate organic nitrogen flux","mol m-2 yr-1" POP_x,"particulate organic phosphate flux","mol m-2 yr-1" PO_sc_Fe_x,"POM scavenged Fe flux","mol m-2 yr-1" res_m2,"oceanic respiration (flux)","molN m-2 yr-1" sal,"salinity","PSU" SiO2,"aqueous silicic acid (H4SiO4)","mol kg-1" si_to_n,"Si:N uptake ratio","ratio" temp,"temperature","K" time,"Year","equal month years" topo_ocn,"ocean depth","m" Vol,"ocean volume","m3" xu_edges,"longitude of u grid edges","degrees" xu,"longitude of the u grid","degrees_east" year,"year","" yu_edges,"latitude of u grid edges","degrees" yu,"latitude of the u grid","degrees_north" zt_edges,"depth of t grid edges","m" zt_moc,"depth of moc grid","m" zt,"z-level mid depth","m"
