Drivers of uncertainty in future projections of MJO teleconnections: Data for figures

This dataset contains data that can be used to reproduce the figures in
Jenney et al., (2021) "Drivers of uncertainty in future projections of MJO teleconnections". Most of the files are Matlab structures as described below

I. Output from linear baroclinic model (LBM): Geopotential height at 500 hPa
    description: LBM output for experiments with control MJO and varied 
            mean states
    name: "z500_<model_name>.mat"
    format: matlab structure "out" with 
    fields: 
        ThVh (historical dry static energy & historical winds)
        ThVs (historical dry static energy & future winds)
        TsVh (future dry static energy & historical winds)
        TsVs (future dry static energy & future winds)
    dimensions:
        [30 x 128 x 64 x 59] = 
        [ensemble member x lon x lat x simulation day]

II. Output from linear baroclinic model (LBM) for MJO perturbed experiments
    name: "<EXPERIMENT>_z500_<model>.mat"
    experiments: 
        EAST20: 20-degree eastward shifted thermal forcing
        MEDIUM: lower bound of increased prop. speed experiment
        FAST:   upper bound of increased prop. speed experiment
        WAVENO: perturbed wavenumber experiment (decreased wavenumber)
    format, fields, & dimensions: files with format identical to I

III. Linearized Rossby wave source
    name: "rws.mat"
    format: matlab structure "rws"
    fields & dimensions: these are described and listed in the structure

IV. Stationary Rossby wave number
    description: K_s computed for individual CMIP6 model mean states and for
                 the multi-model mean wind
    name: "Ks.mat"
    format: matlab structure "Ks_struct"
    fields & dimensions: described and listed in the structure

V. Model global mean surface temperature
    description: global mean surface temperature for individual CMIP6 models
                for the historical and future periods
    name: "mmGlobalSfcTemp.nc"
    format: netcdf file

VI. Tropical mean temperature profile
    description: Tropical mean temperature profile (20S to 20N) for individual CMIP6 models
    name: "tropical_mean_temp.mat"
    format: Matlab structure "trop_mean_temp"
    fields & dimensions: described and listed in the structure

VII. Propagating forcing
    description: Propagating MJO-like idealized thermal forcing used to force the LBM. 
    name: 
          "movT_weak.grd": control forcing
          "movT_weak_<EXPERIMENT>.grd": perturbed MJO cases, naming convention described in II
    format: binary (.grd file)
    notes: Use Matlab script "read_forcing.m", also included, to read and plot the files.