Supplementary Regionalized Dataset for "Pervasively Thin Anatolian Lithosphere with Elevated Upper Mantle Temperatures in the East: Insights from Bayesian Thermo-Compositional Inversion"

This dataset contains regionalized geophysical observables for ten tectonic sub-regions of the Anatolian Plate and surrounding areas, used in the Bayesian thermo-compositional inversion of Zhou et al. (2026, JGR: Solid Earth; 10.1029/2026JB033934). Observables included for each region:- Rayleigh-wave group-velocity dispersion (12–100 s), derived from Kaviani et al. (2020).- Rayleigh-wave phase-velocity dispersion (12–100 s), derived from El-Sharkawy et al. (2024).- Mean elevation, derived from Tozer et al. (2019).- Mean surface heat flow, derived from Lucazeau (2019). Regionalization: the study area was divided into ten sub-regions by k-means clustering of the combined dataset (Rayleigh-wave dispersion, elevation, surface heat flow, and crustal thickness), followed by subdivision of three clusters along tectonic boundaries (Zhou et al., 2026, Section4.1.2). Region codes, full names, and definitions are listed in README.md. Each region folder (named by its region code) contains:- `Curve_RG_reg-same_std_v0.disp` — group-velocity dispersion (period, velocity, 1σ).- `Curve_RP_reg-same_std_v0.disp` — phase-velocity dispersion (period, velocity, 1σ).- `Elevation_2std.disp` — mean elevation and 2σ uncertainty.- `SurfQ.disp` — mean surface heat flow and the corresponding uncertainty. Format: dispersion files have three whitespace-separated columns and no header (period in s;velocity in km/s; 1σ in km/s). Elevation and heat-flow files have one line with two values(mean; 2σ), in m and W/m², respectively. Exact period grids and units are given in README.md. Contact: Pengzhe Zhou (p.zhou22@alumni.imperial.ac.uk, zhoupz1997@gmail.com)