Data File(s) | Type | Description | Action |
---|---|---|---|
EKF_POC_Cycling_Exports.nc (129.45 KB) | NetCDF | This netcdf output model estimates the temporal and vertical variations in POC cycling rates in the upper 500 m of the Porcupine Basin during the decline of a phytoplankton bloom. The netcdf file includes 5 dimensions: t = 30; time (days) x = 1 ; no meaning to this, just for consistent vector notation (unitless) z = 7 ; depth dimension (meters) y = 2 ; denotes the upper and lower bound of depth bins (meter) v = 14 ; number of state variables in the model (unitless) The netcdf file includes 18 variables: Name,Description,Units ,Missing data /no data value,Data Type,Dimensions,, Date,Day of the month for model inversion,,,double,,, Depth_bins,The depth range estimate encompasses,,,double,"(y,z)",, Depth_ctr,The center of the depth bins,,,double,"(x,z)",, Units,Units for each of the subsequent rates,,,string,"(x,v)",, SSF_entrain,The entrainment rate for the small size fraction POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, LSF_entrain,The entrainment rate for the large size fraction POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, POC_s,Concentration of the 1-5 μm POC ,mmolC m^-3,9.9692E+36,double,"(z,t)",, POC_l,Concentration of the > 5 μm POC ,mmolC m^-3,9.9692E+36,double,"(z,t)",, SinkingSpeed_s,Sinking speed of the SSF POC,m d^-1,9.9692E+36,double,"(z,t)",, SinkingSpeed_l,Sinking speed of the LSF POC,m d^-1,9.9692E+36,double,"(z,t)",, Production_s,Primary Production rate of the SSF POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, Production_l,Primary Production rate of the LSF POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, Remin_s,Remineralization rate of the LSF POC,d^-1,9.9692E+36,double,"(z,t)",, Remin_l,Remineralization rate of the LSF POC,d^-1,9.9692E+36,double,"(z,t)",, Disaggregation,Disaggregation rate of the LSF POC,m^3 mmol^-1 d^-1,9.9692E+36,double,"(z,t)",, Aggregation,Aggregation rate of the SSF POC,d^-1,9.9692E+36,double,"(z,t)",, Grazing,Zooplankton prey capture efficiency (grazing efficiency rate),m^3 mmol^-1 d^-1,9.9692E+36,double,"(x,t)",, Egestion,Zooplankton fecal pellet egestion rate,d^-1,9.9692E+36,double,"(x,t)",, |
Files
Type: NetCDF
Description: This netcdf output model estimates the temporal and vertical variations in POC cycling rates in the upper 500 m of the Porcupine Basin during the decline of a phytoplankton bloom. The netcdf file includes 5 dimensions: t = 30; time (days) x = 1 ; no meaning to this, just for consistent vector notation (unitless) z = 7 ; depth dimension (meters) y = 2 ; denotes the upper and lower bound of depth bins (meter) v = 14 ; number of state variables in the model (unitless) The netcdf file includes 18 variables: Name,Description,Units ,Missing data /no data value,Data Type,Dimensions,, Date,Day of the month for model inversion,,,double,,, Depth_bins,The depth range estimate encompasses,,,double,"(y,z)",, Depth_ctr,The center of the depth bins,,,double,"(x,z)",, Units,Units for each of the subsequent rates,,,string,"(x,v)",, SSF_entrain,The entrainment rate for the small size fraction POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, LSF_entrain,The entrainment rate for the large size fraction POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, POC_s,Concentration of the 1-5 μm POC ,mmolC m^-3,9.9692E+36,double,"(z,t)",, POC_l,Concentration of the > 5 μm POC ,mmolC m^-3,9.9692E+36,double,"(z,t)",, SinkingSpeed_s,Sinking speed of the SSF POC,m d^-1,9.9692E+36,double,"(z,t)",, SinkingSpeed_l,Sinking speed of the LSF POC,m d^-1,9.9692E+36,double,"(z,t)",, Production_s,Primary Production rate of the SSF POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, Production_l,Primary Production rate of the LSF POC,mmolC m^-3 d^-1,9.9692E+36,double,"(z,t)",, Remin_s,Remineralization rate of the LSF POC,d^-1,9.9692E+36,double,"(z,t)",, Remin_l,Remineralization rate of the LSF POC,d^-1,9.9692E+36,double,"(z,t)",, Disaggregation,Disaggregation rate of the LSF POC,m^3 mmol^-1 d^-1,9.9692E+36,double,"(z,t)",, Aggregation,Aggregation rate of the SSF POC,d^-1,9.9692E+36,double,"(z,t)",, Grazing,Zooplankton prey capture efficiency (grazing efficiency rate),m^3 mmol^-1 d^-1,9.9692E+36,double,"(x,t)",, Egestion,Zooplankton fecal pellet egestion rate,d^-1,9.9692E+36,double,"(x,t)",,