Additional file 1 of Ontogenetic drivers of morphological evolution in monitor lizards and allies (Squamata: Paleoanguimorpha), a clade with extreme body size disparity
收藏DataCite Commons2022-02-14 更新2024-07-29 收录
下载链接:
https://springernature.figshare.com/articles/dataset/Additional_file_1_of_Ontogenetic_drivers_of_morphological_evolution_in_monitor_lizards_and_allies_Squamata_Paleoanguimorpha_a_clade_with_extreme_body_size_disparity/19166729
下载链接
链接失效反馈官方服务:
资源简介:
Additional file 1: Table S1. Species included in this study and associated metadata. Table S2. Linear morphometric data describing body shape (in mm). Table S3. Linear morphometric data describing limb shape (in mm). Table S4. Procrustes aligned coordinates of head shape. Table S5. GenBank accession numbers (GB) for molecular data used in phylogenetic analyses of Euprepiosaurus and Hapturosaurus. Table S6. Results of the isometry test. Table S7. Results of the homogeneity of slopes tests. Table S8. Regression parameters under the unique-allometry model. Table S9. Ontogenetic change in examined characters. Table S10. Estimated lengths of ontogenetic allometric trajectories. Table S11. Estimated angles of ontogenetic allometric trajectories. Table S12. Pairwise comparison of the lengths of the ontogenetic allometric trajectories (body). Table S13. Pairwise comparison of the lengths of the ontogenetic allometric trajectories (limbs). Table S14. Pairwise comparison of the lengths of the ontogenetic allometric trajectories (head). Table S15. Pairwise comparison of the slopes of the ontogenetic allometric trajectories (body). Table S16. Pairwise comparison of the slopes of the ontogenetic allometric trajectories (limbs). Table S17. Pairwise comparison of the slopes of the ontogenetic allometric trajectories (head). Table S18. Pairwise comparison of the intercepts of the ontogenetic allometric trajectories (body). Table S19. Pairwise comparison of the intercepts of the ontogenetic allometric trajectories (limbs). Table S20. Pairwise comparison of the intercepts of the ontogenetic allometric trajectories (head). Table S21. Goodness of fit measures used in the hierarchical partitioning analyses. Table S22. Results of hierarchical partitioning analyses. Table S23. Peramorphosis test (body). Table S24. Peramorphosis test (limbs). Table S25. Peramorphosis test (head). Table S26. Size-shape space overlap test of heterochrony (Tfh1) (body). Table S27. Size-shape space overlap test of heterochrony (Tfh1) (limbs). Table S28. Size-shape space overlap test of heterochrony (Tfh1) (head). Table S29. Shape space overlap test of heterochrony (Tfh2) (body). Table S30. Shape space overlap test of heterochrony (Tfh2) (limbs). Table S31. Shape space overlap test of heterochrony (Tfh2) (head). Table S32. Results of the phylogenetic signal tests. Table S33. Results of the phylogenetic MANOVA of morphological/ontogenetic data against size, habitat, and their interaction. Table S34. Results of evolutionary model fitting on the length of ontogenetic allometric trajectories. Table S35. Parameter estimates of best-fitting evolutionary models. Table S36. Results of evolutionary model fitting on the angle of ontogenetic allometric trajectories.
提供机构:
figshare
创建时间:
2022-02-14



