We release KMOS3D_FDM_CATALOG_GS.csv, KGES_FDM_CATALOG_GS.csv, KROSS_FDM_CATALOG_GS.csv
In the file name first word is the name of the dataset. All three catalogs share the same column structure, as described below:

|columns|           |Units|
'Names',            ID of galaxy
'Redshift',         Redshift
'Re',               Effective radius in kpc
'Re_err',           Err in effective radius in kpc
'Ropt',             Optical radius (1.89*Re) in kpc
'Rout',             Outer radius (2.95*Re) in kpc
'Rgas',             Gas (Halpha surface brightness) radius in kpc
'Rgas_err',         Err in gas (Halpha surface brightness) radius in kpc     
'Mstar',            Total stellar mass in Msun
'Mstar_err',        Err in total stellar mass in Msun
'SFR',              Star formation rate in Msun/year
'SFR_err',          Err in Star formation rate in Msun/year 
'MH2',              Total molecular gas mass in Msun
'MH2_err',          Err in total molecular gas mass in Msun 
'MHI',              Total atomic gas mass in Msun
'MHI_err',          Err in total atomic gas mass in Msun 
'Mbar',             Total baronic gas mass in Msun
'Mbar_err',         Err in total baronic gas mass in Msun
'VRe',              Circular velocity at Re in km/s 
'VRe_err',          Err in circular velocity at Re in km/s
'VRopt',            Circular velocity at Ropt in km/s 
'VRopt_err',        Err in circular velocity at Ropt in km/s 
'VRout',            Circular velocity at Rout in km/s 
'VRout_err',        Err in circular velocity at Rout in km/s 
'Mstar_Re',         Stellar mass within Re in Msun
'Mstar_Re_err',     Err in stellar mass within Re in Msun 
'Mstar_Ropt',       Stellar mass within Ropt in Msun 
'Mstar_Ropt_err',   Err in stellar mass within Ropt in Msun 
'Mstar_Rout',       Stellar mass within Rout in Msun
'Mstar_Rout_err',   Err in stellar mass within Rout in Msun 
'MH2_Re',           Molecular gas mass within Re in Msun 
'MH2_Re_err',       Err in molecular gas mass within Re in Msun 
'MH2_Ropt',         Molecular gas mass within Ropt in Msun
'MH2_Ropt_err',     Err in molecular gas mass within Ropt in Msun 
'MH2_Rout',         Molecular gas mass within Rout in Msun
'MH2_Rout_err',     Err in molecular gas mass within Rout in Msun 
'MHI_Re',           Atomic gas mass within Re in Msun 
'MHI_Re_err',       Err in atomic gas mass within Re in Msun 
'MHI_Ropt',         Atomic gas mass within Ropt  in Msun
'MHI_Ropt_err',     Err in atomic gas mass within Ropt in Msun 
'MHI_Rout',         Atomic gas mass within Rout in Msun
'MHI_Rout_err',     Err in atomic gas mass within Rout in Msun 
'Mbar_Re',          Baronic gas mass within Re in Msun
'Mbar_Re_err',      Err in baronic gas mass within Re in Msun 
'Mbar_Ropt',        Baronic gas mass within Ropt in Msun 
'Mbar_Ropt_err',    Err in baronic gas mass within Ropt in Msun 
'Mbar_Rout',        Baronic gas mass within Rout in Msun
'Mbar_Rout_err',    Err in baronic gas mass within Rout in Msun 
'Sigma_bar_Re',     Baronic surface density within Re in Msun/kpc^2 
'Sigma_bar_Re_err', Err in baronic surface density within Re in Msun/kpc^2
'Sigma_bar_Ropt',   Baronic surface density within Ropt in Msun/kpc^2 
'Sigma_bar_Ropt_err',Err in baronic surface density within Ropt in Msun/kpc^2 
'Sigma_bar_Rout',   Baronic surface density within Rout in Msun/kpc^2
'Sigma_bar_Rout_err',Err in baronic surface density within Rout in Msun/kpc^2 
'Mdyn_Re',          Dynamical mass within Re in Msun 
'Mdyn_Re_lerr',     Lower err in dynamical mass within Re in Msun (1sigma)
'Mdyn_Re_uerr',     Upper err in dynamical mass within Re in Msun (1sigma)
'Mdyn_Ropt',        Dynamical mass within Ropt in Msun 
'Mdyn_Ropt_lerr',   Lower err in dynamical mass within Ropt in Msun (1sigma)
'Mdyn_Ropt_uerr',   Upper err in dynamical mass within Ropt in Msun (1sigma)
'Mdyn_Rout',        Dynamical mass within Rout in Msun
'Mdyn_Rout_lerr',   Lower err in dynamical mass within Rout in Msun (1sigma)
'Mdyn_Rout_uerr',   Upper err in dynamical mass within Rout in Msun (1sigma)
'Fdm_Re',           Dark matter fraction within Re 
'Fdm_Re_lerr',      Lower err in dark matter fraction within Re (1sigma)
'Fdm_Re_uerr',      Upper err in dark matter fraction within Re (1sigma)
'Fdm_Ropt',         Dark matter fraction within Ropt 
'Fdm_Ropt_lerr',    Lower err in dark matter fraction within Ropt (1sigma)
'Fdm_Ropt_uerr',    Upper err in dark matter fraction within Ropt (1sigma)
'Fdm_Rout',         Dark matter fraction within Rout 
'Fdm_Rout_lerr',    Lower err in dark matter fraction within Rout (1sigma)
'Fdm_Rout_uerr',    Upper err in dark matter fraction within Rout (1sigma)

Figure 12b: Dark matter fraction across the cosmic time. The averaged dark matter fraction within $R_{\rm e}$, $R_{\rm opt}$, and $R_{\rm out}$ as a function of redshift, represented by yellow and blue lines, respectively. The bootstrap-errors representing 68\% confidence interval are indicated by shaded areas color-coded with the same color as the averaged line. Dark matter fraction of local \sfgs\ within $R_{\rm opt}$ and $R_{\rm out}$  are from \citet{PS1996}, and within $R_{\rm e}$ they are taken from disk galaxy survey of \citet{Courteau2015}. The uncertainties on these measurements are, on average, $\pm 0.25$. The color code of these estimates are same as high-$z$ galaxies. The dark-yellow dotted-dashed lines shows the dark matter fraction within $R_{\rm e}$ from \citet{Genzel2022}. 

Figure E.4-E.9: PV-diagram (gray shaded area) along with line-of-sight rotation velocity curve in left and velocity dispersion curve in right of each frame. The color of the frame represents the dataset-type, KROSS in blue, KGES in green, and KMOS3D in red. The model and data contours are represented in blue and red. The vertical yellow and blue dashed line shows the effective radius and optical radius, respectively. The title shows the ID and redshift of the galaxy, while PSF information is printed at each image.