This folder contains data presented in the paper "Impact of Giant Sea Salt Aerosol Particles on Precipitation in Marine Cumuli and Stratocumuli: Lagrangian Cloud Model Simulations".
The data was produced using the University of Warsaw Lagrangian Cloud Model v1.2b.

Authors: Piotr Dziekan, Jorgen Jensen, Wojciech Grabowksi, Hanna Pawlowska

Date of creation of the archive: 14.07.2021.


Description of the archive:

The data is stored in text format.

There are two types of files: 
  - with time series of domain-averaged data (*_series.dat)
  - with horizontally-averaged vertical profiles (*_profiles_X_Y.dat), where X and Y is the period in seconds over which the profile is averaged.

File names contain "REa-b", where b is size of an ensemble of simulations over which the data has been averaged.

Explenation of key words used to describe data in series files:
 "position" - simulation time [s]
 "clfrac" - cloud fraction
 "lwp" - liquid water path [g/m^2]
 "rwp" - rain water path [g/m^2]
 "surf_precip" - surface precipitation [mm/day]
 "acc_precip" - accumulated surface precipitation [mm]
 "cl_nc" - cloud droplet (0.5um < r < 25um) concentration in cloudy cells [1/cm^3]
 "cl_nr" - rain drop (r > 25um) concentration in cloudy cells [1/cm^3]
 "cl_acnv25" - autoconversion rate in cloudy cells [g/(m^3 s)]
 "cl_accr25" - accretion rate in cloudy cells [g/(m^3 s)]
 "cloud_base" - cloud base height [m]
 "wvarmax" - maximum value of vartical velocity variance, caluclated per height level [m^2 / s^2]
 "cloud_cover" - cloud cover
 "er" - entrainment rate [cm / s]
 "surf_flux_latent" - latent heat surface flux [W/m^2]
 "surf_flux_sensible" - sensible heat surface flux [W/m^2]
 "sd_conc" - number of super-droplets prd_geq_0.8um_concer grid cell
 "cl_gccn_conc" - concentration of CCN with r_dry>2um in cloudy cells [1/cm^3]
 "gccn_conc" - concentration of CCN with r_dry>2um [1/cm^3]
 "cl_non_gccn_conc" - concentration of CCN with r_dry<=2um in cloudy cells [1/cm^3]
 "non_gccn_conc" - concentration of CCN with r_dry<=2um [1/cm^3]
 "min_cloud_base" - minimum value of cloud base height [m]
 "inversion_height" - inversion level [m]
 "cl_gccn_to_non_gccn_conc_ratio" - ratio of concentrations of CCN with r_dry>2um to CCN with r_dry<=2um in cloudy cells
 "acc_cl_acnv25" - autoconversion rate in cloud cells, averaged since the start of the simulation [g/(m^3 s)]
 "acc_cl_accr25" - accretion rate in cloud cells, averaged since the start of the simulation [g/(m^3 s)]

Explenation of key words used to describe data in profile files:
 "position" - altitude [m] in Cu OR altitude / inversion altitude in Sc
 "00rtot" - mixing ratio of liquid water + water vapor [g/kg]
 "rliq" - liquid water mixing ratio [g/kg]
 "thl" - liquid water potential temperature [K]
 "wvar" - variance of vertical velocity [m^2/s^2]
 "prflux" - precipitation flux [W/m^2]
 "clfrac" - cloud fraction
 "sd_conc" - number of super-droplets per grid cell
 "cl_nc" - concentration of cloud droplets in cloudy cells [1/cm^3]
 "cl_nc_up" - concentration of cloud droplets in updrafts in cloudy cells [1/cm^3]
 "u" and "v" - horizontal velocity components [m/s]
 "base_prflux_vs_clhght" - cloud base precipitation flux for a cloudy column of given height
 "non_gccn_rw_cl" - mean wet radius of non-GCCN droplets [um]
 "gccn_rw_cl" - mean wet radius of GCCN droplets [um]
 "sat_RH_up"- supersaturation in updrafts [%]
 "sgs_tke" - subgrid-scale turbulent kinetic energy [m^2/s^2]
 "rd_geq_0.8um_conc" - concentration of CCN with r_dry>=0.8um [1/cm^3]
 "rd_lt_0.8um_conc" - concentration of CCN with r_dry<0.8um [1/cm^3]

