Size-resolved Aerosol Microphysics in a Global Nonhydrostatic Atmospheric Model: Model Description and Validation - Figure data

Model outputs of Nonhydrostatic ICosahedral Atmospheric Model - Spectral Radiation-Transport Model for Aerosol Species (NICAM-SPRINTARS)Each .nc file contains two groups, 'sprintars_orig' and 'sprintars_bin', corresponding to the outputs of NICAM-SPRINTARS-orig and NICAM-SPRINTARS-bin, respectively. Simulations were performed with horizontal resolutions of ~220km (g-level 5), with outputs re-gridded on 1deg x 1deg lat-lon grid. The following files contain annual / monthly averaged values on the lat-lon grid:(1) annual_data_latlon.nc- Datasets in subgroup 'mass' were used to plot fig.3 & 8- Datasets in subgroup 'numc' were used to plot fig.5, 9 & 11 - Datasets in group 'optical' were used to plot fig.7 & 12(2) monthly_data_latlon.nc- Datasets in subgroup 'numc' were used to plot fig.10The following files contain annual / monthly zonal averaged values on the lat-altitude grid:(3) annual_data_zonal.nc- Datasets in subgroup 'mass' were used to plot fig.4- Datasets in subgroup 'numc' were used to plot fig.6(4) monthly_data_zonal.ncThe following files (./activation_diameter) contain the histogram counts of activation diameters for each aerosol type at selected altitude from the daily outputs. The datasets were used for producing fig.13.(5) acti_diam_dust.csv for soil dust (fig.13a)(6) acti_diam_salt.csv for sea salt (fig.13b)(7) acti_diam_sulfate.csv for sulfate (fig.13c)(8) acti_diam_oc.csv for organic carbon (fig.13d)