squelette

Perot Museum Reconstructed skeleton of Convolosaurus in the foreground, with an adult Tenontosaurus behind it. Skeletons are from the Cloverly Formation of Montana.

Perot Museum Reconstructed skeleton of Convolosaurus in the foreground, with an adult Tenontosaurus behind it. Skeletons are from the Cloverly Formation of Montana.

Perot Museum Reconstructed skeleton of Convolosaurus in the foreground, with an adult Tenontosaurus behind it. Skeletons are from the Cloverly Formation of Montana.

Perot Museum Reconstructed skeleton of Convolosaurus in the foreground, with an adult Tenontosaurus behind it. Skeletons are from the Cloverly Formation of Montana.

Collage of six tyrannosaurids, clockwise from top left: Tyrannosaurus, Daspletosaurus, Tarbosaurus, Gorgosaurus, Zhuchengtyrannus and Alioramus. This montage was made for the article Tyrannosauridae on Wikipedia. File:OriginalPecks.jpg File:Daspletosaurus at the Science Center of Iowa.jpg File:Tarbosaurus baatar skeleton.jpg File:Alioramus Te Papa.jpg File:Zhuchengtyrannus mount.jpg File:Gorgosaurus in Japan.jpg

Collage of six tyrannosaurids, clockwise from top left: Tyrannosaurus, Daspletosaurus, Tarbosaurus, Gorgosaurus, Zhuchengtyrannus and Alioramus. This montage was made for the article Tyrannosauridae on Wikipedia. File:OriginalPecks.jpg File:Daspletosaurus at the Science Center of Iowa.jpg File:Tarbosaurus baatar skeleton.jpg File:Alioramus Te Papa.jpg File:Zhuchengtyrannus mount.jpg File:Gorgosaurus in Japan.jpg

Collage of six tyrannosaurids, clockwise from top left: Tyrannosaurus, Daspletosaurus, Tarbosaurus, Gorgosaurus, Zhuchengtyrannus and Alioramus. This montage was made for the article Tyrannosauridae on Wikipedia. File:OriginalPecks.jpg File:Daspletosaurus at the Science Center of Iowa.jpg File:Tarbosaurus baatar skeleton.jpg File:Alioramus Te Papa.jpg File:Zhuchengtyrannus mount.jpg File:Gorgosaurus in Japan.jpg

Collage of four ceratopsids, clockwise from top left: Titanoceratops, Styracosaurus, Triceratops and Utahceratops. These files are already on Commons with their respective licenses. This montage was made for the article Ceratopsidae on Wikipedia. File:Titanoceratops.jpg File:Torosaurus, is it? (20752673005).jpg File:Triceratops Skeleton Senckenberg.jpg File:Utahceratops gettyi 1 salt lake city.jpg

Collage of four ceratopsids, clockwise from top left: Titanoceratops, Styracosaurus, Triceratops and Utahceratops. These files are already on Commons with their respective licenses. This montage was made for the article Ceratopsidae on Wikipedia. File:Titanoceratops.jpg File:Torosaurus, is it? (20752673005).jpg File:Triceratops Skeleton Senckenberg.jpg File:Utahceratops gettyi 1 salt lake city.jpg

Plesioplatecarpus planifrons mounted skeleton in the Rocky Mountain Dinosaur Resource Center in Woodland Park, Colorado

Plesioplatecarpus planifrons mounted skeleton in the Rocky Mountain Dinosaur Resource Center in Woodland Park, Colorado

Triceratops skeleton at the Smithsonian museum of Natural History

Fig 3. Skeletal map of Keilhauia nui (PMO 222.655) viewed from the side stratigraphically down, i.e. the prepared side. Vertebrae numbers (“x#”) indicate position relative to the anterior end of the preserved skeleton and do not correspond to their actual position in the column. Dashed lines show three faults. Scale bar equals 50 cm. Modified from Delsett et al. 2016.

Skeleton of Thililua longicollis. Exhibit in the National Museum of Nature and Science, Tokyo, Japan.

Bone mapping of the skeleton of Plesiopharos moelensis gen. et sp. nov. (ML2302) from the Sinemurian (Lower Jurassic) of São Pedro de Moel (Leiria, Portugal). A. Bones distribution map of the three original extracted blocks (1, 2 and 3) containing ML2302. Arrows with question marks represent that the joining relationship between the blocks is unknown. B. Photographs of the five sub-blocks (1A, 1B, 2C, 2D, and 3E) after preparation works.

Diagnostic skeletal elements of the type specimen of Franconiasaurus brevispinus gen. et sp. nov. (BT 011224.00). (A) main slab showing partly articulated skeleton in dorsal view. Posterior part of right mandibular ramus in (B) lateral and (C) dorsal aspect; anterior cervical vertebra (D) in articular and (E) lateral view; (F) posterior cervical vertebra in lateral view; (G) cervical rib in dorsolateral view; (H) dorsal vertebra in posterior view; (I) left scapula in medial view; (J) right coracoid in supposed dorsal view; (K) left humerus in dorsal view; (L) left femur with adjacent epipodials in dorsal view; and (M) left ilium in lateral view.