fossile

Nature du spécimen

224 image(s) · 140 Actualités

Galerie d'images

Duria Antiquior, célèbre aquarelle du géologue Henry de la Beche représentant la vie dans l'ancien Dorset d'après des fossiles trouvés par Mary Anning.

Duria Antiquior, célèbre aquarelle du géologue Henry de la Beche représentant la vie dans l'ancien Dorset d'après des fossiles trouvés par Mary Anning.

old school fossile Ichthyosaurus Plesiosaurus +1
Geographic and geologic map showing the location and involved strata of the studied fossil sites in the Xinhe Formation. (A, B) location of the fossiliferous localities in the Gansu Province. (C) Geological map of the involved strata of the studied fossil site (from State Bureau of Surveying and Mapping, GS (2016)2884). White star=Jinchuanloong niedu. Black star=plesiosaur fossils. (D) Stratigraphic chart of the Jurassic at the localities.

Geographic and geologic map showing the location and involved strata of the studied fossil sites in the Xinhe Formation. (A, B) location of the fossiliferous localities in the Gansu Province. (C) Geological map of the involved strata of the studied fossil site (from State Bureau of Surveying and Mapping, GS (2016)2884). White star=Jinchuanloong niedu. Black star=plesiosaur fossils. (D) Stratigraphic chart of the Jurassic at the localities.

Jurassique fossile Jinchuanloong Plesiosauria +1
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.

fossile Jinchuanloong crâne
Fossil of Quetzalcoatlus, an extinct pterosaur- Took the photo at Senckenberg Museum of Frankfurt
Taxons Quetzalcoatlus

Fossil of Quetzalcoatlus, an extinct pterosaur- Took the photo at Senckenberg Museum of Frankfurt

musée fossile Pterosauria Quetzalcoatlus
Artists’ reconstruction of the living Sarabosaurus dahli swimming with ammonites and fish in southern Utah, 94 million years ago. Artwork by Andrey Atuchin. On June 23, 2023, the following link will go live for more information, www.blm.gov/press-release/94-million-year-old-fossil-prov...

Artists’ reconstruction of the living Sarabosaurus dahli swimming with ammonites and fish in southern Utah, 94 million years ago. Artwork by Andrey Atuchin. On June 23, 2023, the following link will go live for more information, www.blm.gov/press-release/94-million-year-old-fossil-prov...

fossile Sarabosaurus Selmasaurini
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 Trias fossile holotype +7
Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus californicus. This image is derived from plate 24 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original.
Original description:
Toretocnemus californicus n. gen. and sp.
Figures reproduced natural size from the type specimen.

Fig. 1. — Inferior side of right posterior limb. t, tibia.
Fig. 2. — Right anterior limb. r, radius.
Fig. 3.— Pelvic arch.
Fig. 4. — Middle dorsal vertebrae and a rib from the same region.

Various fossils pertaining to the holotype of the Triassic ichthyosaur Toretocnemus californicus. This image is derived from plate 24 in Merriam (1903), done by an uncredited artist. The arrangement of the individual figures has been modified from the original. Original description: Toretocnemus californicus n. gen. and sp. Figures reproduced natural size from the type specimen. Fig. 1. — Inferior side of right posterior limb. t, tibia. Fig. 2. — Right anterior limb. r, radius. Fig. 3.— Pelvic arch. Fig. 4. — Middle dorsal vertebrae and a rib from the same region.

membre description Trias fossile +6
Photograph of a fossil cast of a Tanycolagreus topwilsoni skeleton taken at the North American Museum of Ancient Life.

Photograph of a fossil cast of a Tanycolagreus topwilsoni skeleton taken at the North American Museum of Ancient Life.

musée moulage fossile Coeluridae +2
Tanycolagreus fossil holotype TPII 2000-09-29, North American Museum of Ancient Life.

Tanycolagreus fossil holotype TPII 2000-09-29, North American Museum of Ancient Life.

musée États-Unis fossile holotype +2
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"

fossile Plioplatecarpinae Taniwhasaurus crâne
Fossil skeleton of Guaibasaurus, a basal Saurischian dinosaur genus
Taxons Guaibasauridae

Fossil skeleton of Guaibasaurus, a basal Saurischian dinosaur genus

fossile Dinosauria Guaibasauridae Guaibasaurus +2
Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany

American Museum of Natural History, New York, FR-5147
Received in exchange from the Paläontologisches Museum München, 1909
Taxons Ctenochasmatidae

Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany American Museum of Natural History, New York, FR-5147 Received in exchange from the Paläontologisches Museum München, 1909

musée Allemagne fossile Ctenochasma +5
Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany

American Museum of Natural History, New York, FR-5147
Received in exchange from the Paläontologisches Museum München, 1909
Taxons Gnathosaurinae

Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany American Museum of Natural History, New York, FR-5147 Received in exchange from the Paläontologisches Museum München, 1909

musée Allemagne fossile Ctenochasma +5
Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany

American Museum of Natural History, New York, FR-5147
Received in exchange from the Paläontologisches Museum München, 1909
Taxons Moganopterinae

Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany American Museum of Natural History, New York, FR-5147 Received in exchange from the Paläontologisches Museum München, 1909

musée Allemagne fossile Ctenochasma +5
Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany

American Museum of Natural History, New York, FR-5147
Received in exchange from the Paläontologisches Museum München, 1909
Taxons Ctenochasmatinae

Ctenochasma elegans (syn. Pterodactylus elegans) fossil from Solnhofen, Germany American Museum of Natural History, New York, FR-5147 Received in exchange from the Paläontologisches Museum München, 1909

musée Allemagne fossile Ctenochasma +5
fossil of henodus
Taxons Cyamodontoidea

fossil of henodus

fossile Cyamodontoidea Henodontidae Henodus
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Actualités

Encore plus redoutable que le T. rex : ce mosasaure géant, de la taille d'un bus, est le plus féroce jamais découvert
Encore plus redoutable que le T. rex : ce mosasaure géant, de la taille d'un bus, est le plus féroce jamais découvert
prédateur fossile Mosasaurus étude
Il régnait sur les mers il y a 80 millions d’années, mesurait plus de 13 mètres de long et semblait bien plus violent que les autres prédateurs marins de son époque. Une nouvelle étude vient de révéler l’existence d’un gigantesque mosasaure jusque-là mal identifié, dont les fossiles racontent...
26/05/2026 futura-terre
Une nouvelle espèce d’énorme mosasaure est décrite
prédateur Campanien Crétacé Crétacé supérieur fossile Mosasaurus Tylosaurus nouvelle espèce
Une espèce géante de Tylosaurus nouvellement nommée a été nommée par les chercheurs.  La nouvelle espèce de Tylosaurus a été érigée sur la base de fossiles trouvés dans le nord du Texas. Cet énorme prédateur régnait sur les mers anciennes il y a environ 80 millions d’années (stade faunique campanien du Crétacé supérieur).  L'article scientifique a été publié dans le Bulletin of the American
26/05/2026 everythingdinosaur ⚙ Traduction automatique
Rare Ostrich-Like Dinosaur Fossil Found on Canadian Island
Un rare fossile de dinosaure ressemblant à une autruche découvert sur une île canadienne
vertèbre Canada Colombie fossile Dinosauria Ornithomimosauria oiseau
Des paléontologues canadiens affirment avoir découvert une vertèbre caudale de dinosaure dans des roches marines vieilles de 75 à 80 millions d'années sur une petite île au large de la Colombie-Britannique, fournissant ainsi la preuve la plus claire à ce jour que des ornithomimosaures ressemblant à des oiseaux parcouraient autrefois l'ancienne côte du Pacifique de l'Amérique du Nord. L'article Un fossile rare de dinosaure ressemblant à une autruche trouvé sur une île canadienne est apparu en premier sur Sci.News : Breaking Science News.
25/05/2026 sci-news ⚙ Traduction automatique
Découverte surprenante : ces fossiles vieux de 550 millions d'années réécrivent entièrement l'histoire des premiers animaux terrestres
Découverte surprenante : ces fossiles vieux de 550 millions d'années réécrivent entièrement l'histoire des premiers animaux terrestres
fossile découverte évolution
Et si l’histoire des premiers animaux était à revoir ? La découverte de fossiles vieux de 567 millions d’années dans les Rocheuses canadiennes bouleverse le récit admis de l’évolution précoce de la vie complexe et suggère une diversification plus progressive qu’on ne l’imaginait.
25/05/2026 futura-terre
Des scientifiques découvrent le prédateur marin géant Tylosaurus rex qui terrorisait les océans anciens
prédateur fossile Mosasaurus Tylosaurus découverte évolution
Un nouveau prédateur marin colossal nommé Tylosaurus rex a été identifié à partir de fossiles trouvés au Texas, révélant un chasseur brutal de 43 pieds de long qui régnait sur les océans anciens il y a 80 millions d'années. Cette découverte présente non seulement l'un des plus grands mosasaures jamais connus, mais bouleverse également les idées de longue date sur l'évolution de ces reptiles marins.
23/05/2026 sciencedaily ⚙ Traduction automatique
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