Data from: Supersaturation and critical size of cloud condensation nuclei in marine stratus clouds

# Data from: Supersaturation and critical size of cloud condensation nuclei in marine stratus clouds [https://doi.org/10.5061/dryad.cnp5hqccr](https://doi.org/10.5061/dryad.cnp5hqccr) The data set consists of four netCDF files, one with a critical mean diameter of Cloud Condensation Nuclei and a file of the corresponding supersaturation, in a 1x1 deg grid covering the oceans. In addition, two files where the supersaturation and critical diameter of Cloud Condensation Nuclei are within a 90% confidence interval. i.e., there is a 90% probability that the supersaturation is higher than the given values and the critical diameter of Cloud Condensation Nuclei is smaller. The data files are the data used to produce the four panels of Fig. 3 of the GRL paper. ## Description of the data and file structure The files are: Critical_d.nc contains 360 points of longitude (-179.5 to 179.5) and 180 points of latitude (-89.5 to 89.5), and a critical diameter in a (360,180) grid. Land pixel values are set to -99 Supersaturation.nc contains 360 points of longitude (-179.5 to 179.5) and 180 points of latitude (-89.5 to 89.5), and an effective supersaturation in a (360,180) grid. Land pixel values are set to -99 Critical_d90%.nc contains 360 points of longitude (-179.5 to 179.5) and 180 points of latitude (-89.5 to 89.5) and a critical diameter in a (360,180) grid. Land pixel values are set to -99. The critical diameter is 90% likely to be smaller than the given value. Supersaturation90%.nc contains 360 points of longitude (-179.5 to 179.5) and 180 points of latitude (-89.5 to 89.5), and an effective supersaturation in a (360,180) grid. Land pixel values are set to -99. The supersaturation is 90% likely to be larger than the given value.