Earth-Science Reviews

The new 1:500 000 scale map of young geological deformations in Hungary completed in 2020 based upon detailed seismic interpretations and upon compilation of the results of many previous regional and local neotectonic studies.

Supplementary Materials 01 - Detailed record of Mesozoic-Cenozoic of subduction and accretion within crustal blocks of southern Tibet (PDF). Supplementary Materials 02 - Geochronology data used to support review of Jurassic-to-recent subduction history of the central Tethys Oceans, and used to construct Figure 3. Event numbers correspond to events described in the main article and presented in Figure 3. Database numbers correspond to the indvidual studies that are used to constrain each Event number (Excel File). Supplementary Materials 03 - Methods and procedures for collating, evaluating and interpreting bed rock observations and plate kinematic constraints (PDF). Supplementary Materials 04 - Seismic tomography depth slices of the upper and lower mantle beneath the Indian hemisphere (PDF). Supplementary Materials 05 - Outlines of +0.2% and +0.3% contours on tomography cross sections A to G for all tomography models displayed in Figures 12-18. Supplementary Materials 06 - Same as Figure 24, but colour-contoured by absolute density. Dataset 01 - ArcGIS Map Package including point, line and polygon features used to construct map figures Dataset 02 - Shapefiles and Geodatabase files including point, line and polygon features used to construct map figures Dataset 03 - .kml and .kmz files of Figures 01, 02, 08 and 21, to use as overlays on Google Earth

Table S1 (in electronic annex): zircon analytical results. Table S2 (in electronic annex): Major and trace elements from the literature used in this study.

Stratigraphic positions and relative positions in related ammonite subzones, material analysed, carbon- and oxygen-isotope values, and element ratios of analysed samples. Isotope values were analyzed in Copenhagen (C), Innsbruck (Inn), Oxford (Ox), and Bochum (Bo).

Data for Carbonates before Skeletons

Global n-alkane carbon isotopes in terrestrial higher plants

This section covered our appendix data which is not shown in the manuscript, Appendix 1 is the magmatic and metamorphic age of bed rock in south Tibet from literature, Appendix 2 is the whole sand ( petrography ) and heavy mineral composition from Lhasa river, Nianchu and Pumchu respectively, the other four Appendixes from 3 to 6 are detrital zircon, monazite, titanite and rutile geochemical and U-Th-Pb dating.

Zircon data in this study.

Whole rock data and primary magma compositions of Cenozoic low-silica highly alkali basalts from eastern China.

Compiled dataset of observed landslide mobilization rates (LMR, [m³/km/y]) and map of the predicted global patterns of LMR (GeoTiff Format). Details on the procedures used are discussed in the paper.