Data underlying the study 'Do Microplastics Contribute to the Total Number Concentration of Ice Nucleating Particles?'

Proccessed data underlying the study of 'Do Microplastics Contribute to the Total Number Concentration of Ice Nucleating Particles?', submitted to the Journal of Geophysical Research: Atmospheres.

Content:

num_conc_DJF_max.nc  - vertical profiles of relatively hydrophylic MP number concentration (seasonal DJF/JJA and emission scenarios MAX/MIN have been provided)

num_conc_DJF_max_lowscav.nc  - vertical profiles of relatively hydrophobic MP number concentration (seasonal DJF/JJA and emission scenarios MAX/MIN have been provided)

num_conc_900hpa_max.nc - global map of of relatively hydrophylic MP number concentrations at pressure level 900 hPa (levels from 900 hPa to 100 hPa and emission scenarios MAX/MIN have been provided)

MP_INP_mixed_phase_mode_max.nc -  MP INP number concentration in mixed-phase clouds (emission scenarios MAX/MIN have been provided)

MP_INP_mixed_phase_contribution_max.nc - contribution of  MP INP to the total INP num.concentration in mixed-phase clouds (emission scenarios MAX/MIN have been provided)

MP_contribution_cirrus_fr01_max.nc - contribution of  MP INP to the total INP num.concentration in cirrus clouds, ice active fraction of MP num.concentration is 0.1 (emission scenarios MAX/MIN have been provided)

MP_contribution_cirrus_fr001_max.nc - contribution of  MP INP to the total INP num.concentration in cirrus clouds, ice active fraction of MP num.concentration is 0.01 (emission scenarios MAX/MIN have been provided)

MP_contribution_cirrus_fr0001_max.nc - contribution of  MP INP to the total INP num.concentration in cirrus clouds, ice active fraction of MP num.concentration is 0.001 (emission scenarios MAX/MIN have been provided)

Plotting.ipynb - script with plotting routine