Galerie d'images
Toutes les images de la base — taxons, formations et intervalles géologiques.
⚠ La fonctionnalité de récupération des images est en cours de test, des images non pertinentes peuvent apparaître.
3,072 image(s)
AMNH 0044, Sphaerotholus buchholtzae, in dorsal view with arrows denoting dorsal lesions
Diamantinasaurus matildae gen. et sp. nov. (AODF 603) A. Right side B. Left side (both silhouettes with sketched in bone parts of the material currently known at publishing date; scale bars: 5 x 5 = 25 m; complemented with height data here)
Fluvionectes sloanae TMP2009.37.68 (Campbell et al., 2021). (A) Recovered skeletal and gastrolith material with the gastroliths arranged in a grid at the lower right. (B) Full complement of gastroliths removed from inside the rib cage of TMP2009.37.68 during preparation. This view is an enlargement of the gastrolith grid seen in (A). Source credit: Sue Sabrowski, Royal Tyrrell Museum of Palaeontology.
Taken at the National Geographic Museum Spinosaurus Exhibit. Photo by www.ieonexus.com
Skeleton of the dinosaur Galeamopus pabsti at the refurbished Cincinnati Museum Center at Union Terminal's Museum of Natural History
Main block of holotype specimen of Atrociraptor marshalli TMP 1995.166.1
Sisteronia seeleyi, basicranium. A, B: basisphenoid (RGHP SI 2) in dorsal (A) and ventral (B) views. C: basioccipital (CAMSM B57943) in posterior view. D: holotype basioccipital (CAMSM B58257_67) in dorsal view. E–G: supraoccipital (RGHP SI 2) in posterior (E) and anterolateral (otic) (F, G) views. H–J: left opisthotic (CAMSM B58257_67) in posterior (H) and anterior (otic) (I, J) views. K: left stapes (RGHP SI 2) in posterior view. Note the extremely reduced (nearly absent) extracondylar area of the basioccipital, a platypterygiine synapomorphy, and the dorsal process posterior to a triangular depression (delineated by the thick dotted line) on the basioccipital, an autapomorphy of Sisteronia seeleyi. Abbreviations: AVSC: impression of the anterior vertical semicircular canal of the otic labyrinth; HSC: impression of the horizontal semicircular canal of the otic labyrinth; PVSC: impression of the posterior vertical semicircular canal of the otic labyrinth; UPL: impression of the utricular portion of the otic labyrinth; Vag: vagus foramen.
Fossil specimen BSP 1935.I.24 (Ctenochasma elegans), an extinct pterosaur
NMV P157390, a referred maxilla of Atlascopcosaurus loadsi (top), and NMV P166409, a cast of the holotype maxilla of Atlascopcosaurus loadsi (bottom).
Fossil skeleton of Qianichthyosaurus zhoui on display at the Geological Museum of China.
* Wintonotitan wattsi gen. et sp. nov. (QMF 7292) (Silhouette with sketched in bone parts of the material currently known at publishing date; scale bar: size unknown — not mentioned in original source)
Skull replica of Vagaceratops at Canadian Museum of Nature
Holotype material of Aegyptosaurus, based on plates in Stromer 1932. Scale bar = 1 meter
Caenagnathasia martinsoni Currie, Godfrey & Nessov, 1994. Mandibles of the holotype CMGP 401/12457 (left) and paratype CMGP 402/12457 (right). Mandibles in dorsal view, ventral view, and right lateral view. Paratype is copied, flipped and paired with the original on the right side.
Skull cast of Anchiceratops ornatus (original specimen: TMP 1983.001.0001) on display at the University of Michigan Museum of Natural History.
AMNH 5337, holotype skull of Platypelta coombsi (formerly referred to Euoplocephalus tutus) in dorsal and right lateral views, with interpretive dorsal view diagram.
Tooth of cf. Zapsalis, with close up of denticles. Specimen UALVP 49582 from the Milk River Formation.
Photograph of a fossil cast of a Keichousaurus hui skeleton taken at the North American Museum of Ancient Life.
Fossil of Leptoceratops at the Canadian Museum of Nature, Ottawa
Restoration of Asiaceratops salsopaludalis a ceratopsian dinosaur from the Late Cretaceous of Uzbekistan
A skull diagram of the titanosaur Antarctosaurus wichmannianus showing known areas in white and unknown areas in grey. The remains attributed to A.wichmannianus are of questionable referral, the association of the described elements and therefore, this reconstruction are not certain. It is possible that the mandible and rear parts of the skull do not belong to the same individual or even genus.[1] This image assumes they do belong to the same individual. • Known skull elements based on the illustrations in Huene (1929).[2] Unknown areas inspired by Figure 7 in Gallina & Apesteguia (2011) and other titanosaur skull reconstructions.[3] The size of the sclerotic ring is speculative. References ↑ Upchurch, P. 1999. The phylogenetic relationships of the Nemegtosauridae. Journal of Vertebrate Paleontology 19: 106–125. ↑ von Huene, F. 1929. Los saurisquios y ornitisquios del Cretacéo Argentino. Anales deAl Museo de La Plata (series 3) 3: 1–196. [In Spanish] ↑ (in English) Gallina, P. A.; Apesteguía, S. (2011). "Cranial Anatomy and Phylogenetic Position of the Titanosaurian Sauropod Bonitasaura salgadoi". Acta Palaeontologica Polonica 56 (1): 45–60. DOI:10.4202/app.2010.0011. ISSN 0567-7920.
MSNVE 3714, Ouranosaurus nigeriensis. The mounted specimen as exhibited today at the MSNVE. For scale, the right femur is 920 mm long.
Holotype skeleton of Hesperosaurus mjosi, housed in Fukui Prefectural Dinosaur Museum
Skeletal reconstructions of Dinosaur Park Formation caenagnathids. Skeletal reconstructions of Citipes elegans (left), Chirostenotes pergracilis (middle), and Caenagnathus collinsi (right), showing variation in skeletal representation and body size. Previously referred material is indicated in white and newly referred material is indicated in red for each taxon. Blue asterisks indicate elements that have been histologically sampled for each taxon. Citipes elegans: dentaries, metatarsal IV; Chirostenotes pergracilis: dentaries, tibia; Caenagnathus collinsi: pubis.
Cranial remains of Arthropterygius chrisorum CCMGE 17–44/13328 (A–J) and PMO 222.669 (L, M). (A, B) Right postfrontal in ventral (A) and dorsal (B) views. (C) Left lateral view on articulated postfrontal, prefrontal and nasal. (D) Left prefrontal in ventral view. (E, F) Right prefrontal in ventral (E) and dorsal (F) views. (G, H) left nasal in dorsal (G) and ventral (H) views. (I, J) Left jugal in medial (I) and lateral (J) views. (K) Cranial reconstruction, showing the depicted elements (colored). (L, M) oblique dorsal view and interpretation of sutures of the skull roof of PMO 222.669. Abbreviations: ffr, facet for the frontal; fnas, facet of the nasal; fpo, facet for the postorbital; fpref, facet for the prefrontal; fqj, facet for the quadratojugal; fsut, facet for the supratemporal; lw, lateral wing of the nasal lamella; nas, nasal; par, parietal; pf, parietal foramen; pref, prefrontal; sut, supratemporal. Both scale bars represent 10 cm.
From the permanent collection of The Judith River Foundation, Leonardo, a fully articulated and partially mummified skeleton of a subadult brachylophosaur, is currently on loan to The Children’s Museum of Indianapolis. The fossil is 77 million years old and was discovered in Montana in 2000.
Central Museum of Mongolian Dinosaurs, Ulaanbaatar. Complete indexed photo collection at WorldHistoryPics.com.
Megapnosaurus is a coelophysid theropod dinosaur from the Early Jurassic Period of Africa. It was a lightly built bipedal carnivore that grew to just over 2 m long and 13 kg in body mass. Its close relation to Coelophysis has caused some confusion in classifying the genus - it had a slender build and curved S-shaped neck, but was more robust. Comparisons between the scleral rings of Megapnosaurus and modern birds and reptiles indicate that it may have been nocturnal.
holotype humerus of Duriatitan in posterior (top), cross section (mid-left), distal (mid-right), and anterior (bottom) views.
Skeleton of '"Gyposaurus" sinensis on display at the Geological Museum of China.
Right dentary of Zalmoxes shqiperorum holotype NHMUK R4900in dorsal and lateral views, from the Sinpetru Formation of Sânpetru (Romania; outline based on the specimen UBB NVZ1-1).
Utahceratops skeletal mount, on display at the Natural History Museum of Utah, Salt Lake City.
Polycotylus latipinnis specimen (LACM 129639) containing a fetus on display at the Natural History Museum of Los Angeles County.
The titanosaurian sauropod Lirainosaurus astibiae Sanz, Powell, Le Loeuff, Martínez, and Pereda Suberbiola, 1999 from the Late Cretaceous of Laño (northern Spain), paratypic braincase (MCNA 7439). Right lateral, left lateral, posterior, and anterior views.
The nodosaurid dinosaur, Glyptodontopelta is mostly known from isolated osteoderms ("armor plates"). The specimen SMP VP-1580 (State Museum of Pennysylvania) is however, the most complete known specimen, comprising parts of the skull, hundreds of osteoderms and fragments. This specimen was discovered in 2003 by Warwick Fowler, in the Naashoibito Member of the Ojo Alamo Formation (Maatrichtian, Late Cretaceous) of the San Juan Basin, New Mexico, during an expedition led by Dr. Robert Sullivan.
Holotype specimen of Brachauchenius lucasi arranged in its original position as found during discovery according to Williston (1907). The skull portion colored in brown and white is a cast of the original skull. Adapted from public domain (CC0) photographs by the Smithsonian Institution (https://collections.si.edu/search/detail/edanmdm:nmnhpaleobiology_3448879)
A-F, Lectotype (anterior caudal vertebra) of M. dacus (SZTFH Ob.3091); G-L, Posterior caudal centrum of M. dacus (SZTFH Ob.4215); M-N, Lost ungual of M. dacus (SZTFH Ob.3098)
Tracks of the dinosaur Pseudotetrasauropus bipedoida.
Icnita de terópodo pequeño. Jurásico. Loulle (Jura, Franco Condado, Francia)
Reversed-impression footptints (ichnites) of Jialingpus yuechiensis, on display at the Paleozoological Museum of China.
