Model ouput for "Flow dependence of boundary layer parameters revealed by stochastic inversion"

These data were produced with two versions of the Weather Research and Forecasting Model (WRF): (1) WRFlux v1.2.1 (https://github.com/matzegoebel/WRFlux/) in LES configuration and (2) WRF v4.4.2 in SCM configuration. The LES and SCM simulations represent the evolution of a convective boundary layer in the atmosphere over flat terrain. The data are published in connection with the article "Flow dependence of boundary layer parameters revealed by stochastic inversion". The repository contains the following folders with the following files: LES.zip: input_sounding, instout_d01_2001-06-05_07_00_00_compressed.nc (WRFlux output), namelist.input SCM_deterministic.zip (run with prescribed parameter values): input_sounding, namelist.input, scmflx_bdy (surface forcing), wrfout_d01_2001-06-05_07:00:00.nc (WRF output) SCM_ensemble.zip (run with perturbed parameter values): input_sounding, namelist.input, P_B_AE_C1_ensemble_N27000_5min.nc (multiple parameter perturbation experiment), P_C1_ensemble_N1000.nc (single parameter perturbation experiment), scmflx_bdy (surface forcing) SCM_* contain T, PH, PHB, PFAC (parameter p), BFAC (parameter b), ENTRAINMENT_HFX_MAG (parameter Ae) The following simulation output is necessary to reproduce the Figures in the article "Flow dependence of boundary layer parameters revealed by stochastic inversion": Fig. 1: LES, SCM_deterministic Fig. 2: SCM_deterministic (same configuration for all with corresponding parameter value) Fig. 3: SCM_ensemble (multiple parameter perturbation experiment) Fig. 4: SCM_ensemble (multiple parameter perturbation experiment) Fig. 5: SCM_ensemble (multiple parameter perturbation experiment) Fig. 6: SCM_ensemble (single parameter perturbation experiment) For details on the simulation, refer to the article.