Data for Geophysical Evidence of Mercury's Early Synchronous Rotation

This archive contains: Figure2_dR_since_3.8Ga_shift_80deg.sh: Map in spherical harmonic form of radius change since 3.8 Ga considering an early 1:1 SOR with a 80°E subsolar point computed by our geodynamic model. This map can be used to generate Figure 2d. Figure2_dR_since_3.8Ga_shift_80deg.nc: NetCDF map of radius change since 3.8 Ga considering an early 1:1 SOR with a 80°E subsolar point computed by our geodynamic model. This map can be used to generate Figure 2d. FigureS3_Temperature_depth_39.375km_3.5Ga.sh: Map in spherical harmonic form of temperature at 39.375 km depth and at 3.5 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS3_Temperature_depth_39.375km_3.5Ga.txt: Map in csv format with longitude, latitude, temperature at 39.375 km depth and at 3.5 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS3_Temperature_depth_39.375km_3.7Ga.sh: Map in spherical harmonic form of temperature at 39.375 km depth and at 3.7 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS3_Temperature_depth_39.375km_3.7Ga.txt: Map in csv format with longitude, latitude, temperature at 39.375 km depth and at 3.7 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS3_Temperature_depth_39.375km_4Ga.sh: Map in spherical harmonic form of temperature at 39.375 km depth and at 4 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS3_Temperature_depth_39.375km_4Ga.txt: Map in csv format with longitude, latitude, temperature at 39.375 km depth and at 4 Ga from the geodynamic model. This map can be used to generate Figure S3. FigureS4_Radius_Change_global_EastHem_WestHem.txt: Radius change versus time to generate Figure S4. Spherical harmonic files follow the SHTools format.