FIG. 5. — Comparison of mandibles of various gomphotheres and stegotetrabelodonts: A-I, dorsal views, the number in each mandible indicates the ratio of the exposed length of the mandibular tusk to the symphyseal length; J-R, lateral views, the angle and the number in each mandible indicate the angle between the occlusal surface and the symphyseal axis; A, M, Amebelodon fricki Barbour, 1927, Mr. A. S. Keith of Freedom of Nebraska, US, after Barbour (1927); B, Protanancus tobieni (Guan, 1988), Anwan, China, after Wang et al. (2015); C, K, Platybelodon grangeri (Osborn, 1929), Linxia Basin, China, after Wang et al. (2013b); D, J, Gomphotherium angustidens (Cuvier, 1817), En Péjouan, France, after Tassy (2013); E, L, Gomphotherium aff. steinhe...
FIG. 18. — Reconstruction of the juvenile Konobelodon robustus n. sp.: A, reconstruction of the skul...
Wang, ShiQi, Shi, QinQin, He, Wen, Chen, ShanQin, Yang, XiangWen (2016): A new species of the tetral...
FIG. 17. — The most parsimonious trees resulted from the cladistic analysis of the proboscideans, ba...
FIG. 7. — Comparison of crania among several gomphotheres.The angle and the number in each cranium i...
FIG. 4. — Sub-adult and juvenile mandibles of Konobelodon robustus n. sp.: A, HMV 0011 (paratype), s...
FIG. 9. — Bivariate plots of various amebelodontine lower tusk and m3 measurements. Data source: Kon...
FIG. 8. — Tusks of Konobelodon robustus n. sp. and Konobelodon atticus (Wagner, 1857): A-G, K. robus...
FIG. 10. — Cheek teeth of Konobelodon robustus n. sp., Tetralophodon longirostris Kaup, 1832, Platyb...
FIG. 3. — Holotype (adult mandible) of Konobelodon robustus n. sp.: A, HMV 0004, in dorsal view; B, ...
FIG. 13. — Ulna and radius of Konobelodon robustus n. sp.: A-F, HMV 1895, right ulna in dorsal (A), ...
FIG. 15. — Femora of Konobelodon robustus n. sp.: A-D, HMV 1897, right femur, in cranial (A), caudal...
FIG. 11. — Atlas and pelvis of Konobelodon robustus n. sp.: A-C, HMV 1881, atlas, in cranial (A), ca...
FIG. 6. — Crania of juvenile Konobelodon robustus n. sp.: A, HMV 1910 (paratype), in dorsal view; B,...
FIG. 12. — Humeri of Konobelodon robustus n. sp.: A-E, HMV 1882, left humerus in cranial (A), caudal...
FIG. 14. — Lunar and metacarpal IV of Konobelodon robustus n. sp.: A-E, HMV 1890, left lunar, in pro...
FIG. 18. — Reconstruction of the juvenile Konobelodon robustus n. sp.: A, reconstruction of the skul...
Wang, ShiQi, Shi, QinQin, He, Wen, Chen, ShanQin, Yang, XiangWen (2016): A new species of the tetral...
FIG. 17. — The most parsimonious trees resulted from the cladistic analysis of the proboscideans, ba...
FIG. 7. — Comparison of crania among several gomphotheres.The angle and the number in each cranium i...
FIG. 4. — Sub-adult and juvenile mandibles of Konobelodon robustus n. sp.: A, HMV 0011 (paratype), s...
FIG. 9. — Bivariate plots of various amebelodontine lower tusk and m3 measurements. Data source: Kon...
FIG. 8. — Tusks of Konobelodon robustus n. sp. and Konobelodon atticus (Wagner, 1857): A-G, K. robus...
FIG. 10. — Cheek teeth of Konobelodon robustus n. sp., Tetralophodon longirostris Kaup, 1832, Platyb...
FIG. 3. — Holotype (adult mandible) of Konobelodon robustus n. sp.: A, HMV 0004, in dorsal view; B, ...
FIG. 13. — Ulna and radius of Konobelodon robustus n. sp.: A-F, HMV 1895, right ulna in dorsal (A), ...
FIG. 15. — Femora of Konobelodon robustus n. sp.: A-D, HMV 1897, right femur, in cranial (A), caudal...
FIG. 11. — Atlas and pelvis of Konobelodon robustus n. sp.: A-C, HMV 1881, atlas, in cranial (A), ca...
FIG. 6. — Crania of juvenile Konobelodon robustus n. sp.: A, HMV 1910 (paratype), in dorsal view; B,...
FIG. 12. — Humeri of Konobelodon robustus n. sp.: A-E, HMV 1882, left humerus in cranial (A), caudal...
FIG. 14. — Lunar and metacarpal IV of Konobelodon robustus n. sp.: A-E, HMV 1890, left lunar, in pro...
FIG. 18. — Reconstruction of the juvenile Konobelodon robustus n. sp.: A, reconstruction of the skul...
Wang, ShiQi, Shi, QinQin, He, Wen, Chen, ShanQin, Yang, XiangWen (2016): A new species of the tetral...
FIG. 17. — The most parsimonious trees resulted from the cladistic analysis of the proboscideans, ba...