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Anhanguera blittersdorfi skull

Anhanguera blittersdorfi skull

Anhanguera skull
A photograph of partial specimen American Museum of Natural History (AMNH) 22555, skull without mandible, of Anhanguera sp. (formerly often assigned to Anhanguera santanae),[1] from the Early Cretaceous Romualdo Formation (former Romualdo Member of the Santana Formation) of NE Brazil in right lateral view.

A photograph of partial specimen American Museum of Natural History (AMNH) 22555, skull without mandible, of Anhanguera sp. (formerly often assigned to Anhanguera santanae),[1] from the Early Cretaceous Romualdo Formation (former Romualdo Member of the Santana Formation) of NE Brazil in right lateral view.

museum Brazil Conway Romualdo +7
Complete specimen of the Laueropterus vitriolus holotype (LF 6268). The holotype specimen seen under natural light. Major elements are labeled. Abbreviations as follows here and in subsequent figures: ca, caudal vertebra; cp, carpal; cv, cervical vertebrae; dv, dorsal vertebra; fe, femur; hu, humerus; mn, mandible; mt, metatarsal; ph, phalanges; pmm, premaxilla-maxilla; pp, prepubis; pt, pteroid; pv, pelvic plate; r, rib; sa, sacrum; sc, scapulocoracoid; sk, skull part; st, sternum; ta, tarsals; ti, tibia; ul, ulna; un, ungual; wpx, wing phalanges; wmc, wing metacarpal. Scale bar = 100 mm.

Complete specimen of the Laueropterus vitriolus holotype (LF 6268). The holotype specimen seen under natural light. Major elements are labeled. Abbreviations as follows here and in subsequent figures: ca, caudal vertebra; cp, carpal; cv, cervical vertebrae; dv, dorsal vertebra; fe, femur; hu, humerus; mn, mandible; mt, metatarsal; ph, phalanges; pmm, premaxilla-maxilla; pp, prepubis; pt, pteroid; pv, pelvic plate; r, rib; sa, sacrum; sc, scapulocoracoid; sk, skull part; st, sternum; ta, tarsals; ti, tibia; ul, ulna; un, ungual; wpx, wing phalanges; wmc, wing metacarpal. Scale bar = 100 mm.

humerus scale vertebra holotype +3
Cryptarcus ("Chasmosaurus") russelli holotype cranium (CMNFV 8800). (A) Skull in left lateral view (with restored jugal and lower jaw); (B) detail of snout in left lateral view; (C) detail of parietosquamosal frill in dorsal view; (D) detail of supraorbital review in dorsal view; (E) detail of es6 episquamosal; (F) detail of es7 episquamosal. Arrowheads in E and F point to margins of episquamosals.

Cryptarcus ("Chasmosaurus") russelli holotype cranium (CMNFV 8800). (A) Skull in left lateral view (with restored jugal and lower jaw); (B) detail of snout in left lateral view; (C) detail of parietosquamosal frill in dorsal view; (D) detail of supraorbital review in dorsal view; (E) detail of es6 episquamosal; (F) detail of es7 episquamosal. Arrowheads in E and F point to margins of episquamosals.

holotype Chasmosaurus Cryptarcus skull
Illustration of Brontosaurus in the water, and Diplodocus on land. The idea that Brontosaurus was wholly or mostly aquatic is now considered outdated. Tail dragging and Camarasaurus-like skull are also inaccurate.

Illustration of Brontosaurus in the water, and Diplodocus on land. The idea that Brontosaurus was wholly or mostly aquatic is now considered outdated. Tail dragging and Camarasaurus-like skull are also inaccurate.

drawing old school paleoart Brontosauria +3
The skull of Janusaurus lundi (PMO 222.654).

A: Photo in right lateral view of the skull. B: Right lateral view with interpretation of the individual elements. Abbreviations: a, angular; art, articular; d, dentary; en, external naris; j, jugal; l, lacrimal; mx, maxilla; n, nasal; or, orbit; p, parietal; pmx, premaxilla; po, postorbital; pof, postfrontal; prf, prefrontal; q, quadrate; qj, quadratojugal; sa, surangular; st, supratemporal. Scale = 5 cm.
Taxa Janusaurus

The skull of Janusaurus lundi (PMO 222.654). A: Photo in right lateral view of the skull. B: Right lateral view with interpretation of the individual elements. Abbreviations: a, angular; art, articular; d, dentary; en, external naris; j, jugal; l, lacrimal; mx, maxilla; n, nasal; or, orbit; p, parietal; pmx, premaxilla; po, postorbital; pof, postfrontal; prf, prefrontal; q, quadrate; qj, quadratojugal; sa, surangular; st, supratemporal. Scale = 5 cm.

scale Janusaurus skull
The holotype and only known specimen of the hauffiopterygian leptonectid, Xiphodracon goldencapensis (ROM VP52596) from Golden Cap, between Charmouth and Seatown, Dorset, UK. The skeleton is exposed in ventrolateral view. The skull has been fully prepared free of matrix whereas most of the skeleton is still in matrix. The left (upper) forefin has been prepared so that it is three-dimensionally preserved and projects upwards. Scale bar represents 20 cm.
Taxa Xiphodracon

The holotype and only known specimen of the hauffiopterygian leptonectid, Xiphodracon goldencapensis (ROM VP52596) from Golden Cap, between Charmouth and Seatown, Dorset, UK. The skeleton is exposed in ventrolateral view. The skull has been fully prepared free of matrix whereas most of the skeleton is still in matrix. The left (upper) forefin has been prepared so that it is three-dimensionally preserved and projects upwards. Scale bar represents 20 cm.

scale United Kingdom holotype specimen +5
Skull of Jinchuanloong niedu (JCMF0132) in left lateral view.

Skull of Jinchuanloong niedu (JCMF0132) in left lateral view.

Jinchuanloong skull
Skull of Eternauta patagonica (photograph and diagram in right view)

Skull of Eternauta patagonica (photograph and diagram in right view)

Eternauta skull
Jinchuanloong is a relatively basal sauropod that measured an estimated 10 m in length. Sauropod skulls typically don't preserve well in the fossil record, but Jinchuanloong is known mainly from the skull, and parts of the neck and tail. Like all sauropods, Jinchuanloong was a quadrupedal herbivore that used its long neck to reach the vegetation that it fed on.

Jinchuanloong is a relatively basal sauropod that measured an estimated 10 m in length. Sauropod skulls typically don't preserve well in the fossil record, but Jinchuanloong is known mainly from the skull, and parts of the neck and tail. Like all sauropods, Jinchuanloong was a quadrupedal herbivore that used its long neck to reach the vegetation that it fed on.

fossil Jinchuanloong skull
Dinosaur sand sculptures at the Sand Sculpting Australia "Dinostory" exhibit held at Frankston, Victoria, Australia 2008/2009.The sculpture was the created with the combined efforts of an international team of sand sculpting artists: 
Karen Fralich (Canada) - children playing in foreground;
Peter Bignell (Tasmania, Australia) - Triceratops skull and logo;
Martijn Rijerse (Netherlands) - Tyrannosaurus rex scene;
Jino van Bruissenen and Christina Mija (NSW, Australia) - background panel.

Dinosaur sand sculptures at the Sand Sculpting Australia "Dinostory" exhibit held at Frankston, Victoria, Australia 2008/2009.The sculpture was the created with the combined efforts of an international team of sand sculpting artists: Karen Fralich (Canada) - children playing in foreground; Peter Bignell (Tasmania, Australia) - Triceratops skull and logo; Martijn Rijerse (Netherlands) - Tyrannosaurus rex scene; Jino van Bruissenen and Christina Mija (NSW, Australia) - background panel.

Australia Canada Netherlands Dinosauria +3
Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus (originally Leptocheirus, also Merriamia) zitteli. This image is derived from plate 23 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original (most notably, figures 3 and 4 were swapped to minimize confusion).
Original description:
Leptocheirus zitteli n. gen. and sp.
Figures reproduced natural size from the type specimen.

Fig. 1.— Right side of skull.
Fig. 2. — Cross-section of posterior portion of the lower jaw, taken above the point marked A on the lateral view of the skull.
Fig. 3. — Cross-section of the upper and lower jaws, taken at the break immediately behind the point marked Sp on the lateral view of the skull.
Fig. 4. — Lateral view of an anterior caudal centrum.
Legend (modified from original):

Ar - articular
A - angular
D - dentary
J - jugal
L - lacrimal
Mx - maxilla
Po - postorbital
Sa - surangular
Se - sclerotic ring
Sp - spenial
T - cross-section of tooth
X - doubtful element

Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus (originally Leptocheirus, also Merriamia) zitteli. This image is derived from plate 23 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original (most notably, figures 3 and 4 were swapped to minimize confusion). Original description: Leptocheirus zitteli n. gen. and sp. Figures reproduced natural size from the type specimen. Fig. 1.— Right side of skull. Fig. 2. — Cross-section of posterior portion of the lower jaw, taken above the point marked A on the lateral view of the skull. Fig. 3. — Cross-section of the upper and lower jaws, taken at the break immediately behind the point marked Sp on the lateral view of the skull. Fig. 4. — Lateral view of an anterior caudal centrum. Legend (modified from original): Ar - articular A - angular D - dentary J - jugal L - lacrimal Mx - maxilla Po - postorbital Sa - surangular Se - sclerotic ring Sp - spenial T - cross-section of tooth X - doubtful element

description Triassic fossil holotype +7
Life restoration of Proceratosaurus bradleyi. Missing parts of skull are consistent with those of the related Guanlong per:[1] Body proportions are consistent with the skeletal reconstruction of Guanlong in fig. 11 here:[2]

Life restoration of Proceratosaurus bradleyi. Missing parts of skull are consistent with those of the related Guanlong per:[1] Body proportions are consistent with the skeletal reconstruction of Guanlong in fig. 11 here:[2]

Coeluridae Guanlong Proceratosaurus skull
Barracudasauroides panxianensis, skull.
Stage :   Anisian from 247.2 million years ago until ~242 million years ago.
Size and weight : 118x62x545 cm – 79.4 Kg

Barracudasauroides panxianensis, skull. Stage : Anisian from 247.2 million years ago until ~242 million years ago. Size and weight : 118x62x545 cm – 79.4 Kg

Anisian Barracudasauroides Mixosauridae skull
Plioplatecarpus primaevus skull, Oxford University Museum of Natural History .

Plioplatecarpus primaevus skull, Oxford University Museum of Natural History .

museum Plioplatecarpini Plioplatecarpus Selmasaurini +1
Diagram of the skull of Taniwhasaurus antarcticus, the areas in black being the known fossil material.
Reference source:

Álvarez–Herrera, Agnolin & Novas (2020) "A rostral neurovascular system in the mosasaur Taniwhasaurus antarcticus"

Diagram of the skull of Taniwhasaurus antarcticus, the areas in black being the known fossil material. Reference source: Álvarez–Herrera, Agnolin & Novas (2020) "A rostral neurovascular system in the mosasaur Taniwhasaurus antarcticus"

fossil Plioplatecarpinae Taniwhasaurus skull
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News

Paleontologists Identify New Species of Glyptodont
Paleontologists Identify New Species of Glyptodont
museum Denmark new species skull
An incomplete fossilized skull that has sat in the collections of the Natural History Museum of Denmark since the 19th century has turned out to represent a previously unrecognized species of glyptodont (genus Glyptotherium) that once roamed South America. The post Paleontologists Identify New Species of Glyptodont appeared first on Sci.News: Breaking Science News.
28/08/2026 sci-news
Remarkable New Museum für Naturkunde Berlin Galleries Open to Visitors
museum skull
Two remarkable Museum für Naturkunde Berlin galleries are being opened to visitors for the first time. The new "Mammal Skulls" and "Deer and Horned Animals" galleries will welcome members of the public during the Long Night of Museums event on Saturday 29th of August. Until now, these collections have been reserved exclusively for researchers. Their
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Meet Bataspis crux, Jawless Fish that Cruised Devonian Seas with Batwing Head
Meet Bataspis crux, Jawless Fish that Cruised Devonian Seas with Batwing Head
jaw China Devonian Late Devonian fish new species skull
Paleontologists in China have identified a new species of armored, jawless fish from rocks around 419 million years old whose skull was shaped like the wing of a bat and whose unusual head made it an efficient glider through Devonian seas. The post Meet Bataspis crux, Jawless Fish that Cruised Devonian Seas with Batwing Head appeared first on Sci.News: Breaking Science News.
18/08/2026 sci-news
A 30-year-old fossil was hiding bones from a mysterious ancient sea monster
bone jaw Cretaceous fossil Mosasaurus new species skull
Fossils collected in Osaka more than 30 years ago have revealed a surprise hiding in plain sight: four previously unrecognized bones from a giant Cretaceous mosasaur. Among them is the first confirmed premaxilla—the frontmost bone of the upper jaw—ever identified in a Japanese mosasaur fossil. Even more intriguing, parts of the skull show unusual anatomical features that don’t match known mosasaurs, raising the possibility that the remains belong to an entirely new species.
15/08/2026 sciencedaily
A New Genus of Troodontid Dinosaur from New Mexico
bone Mexico Campanian Cretaceous Late Cretaceous fossil Dinevenator Dinosauria Troodontidae new species skull
Palaeontologists have named a new species of theropod dinosaur from New Mexico. The dinosaur, Dinevenator robustus, lived around 73 million years ago (Campanian faunal stage of the Late Cretaceous). Researchers identified the dinosaur from a fossil skull bone (a frontal) found in north-western New Mexico. It represents a new genus and species of troodontid. Troodontids
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