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fossile

Nature du spécimen

239 image(s) · 241 Actualités

Galerie d'images

Fossil of Attenborosaurus, an extinct reptile-- Took the photo at Natural History Museum, London
Taxons Brachaucheninae

Fossil of Attenborosaurus, an extinct reptile-- Took the photo at Natural History Museum, London

musée fossile Attenborosaurus Brachaucheninae +2
Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.
Taxons Troodontidae

Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.

musée Taïwan fossile holotype +7
Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.
Taxons Troodontinae

Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.

musée Taïwan fossile holotype +7
Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.
Taxons Troodontini

Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.

musée Taïwan fossile holotype +7
Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.
Taxons Saurornithoidini

Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.

musée Taïwan fossile holotype +7
Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.
Taxons Sinovenatorinae

Collection of four troodontids, clockwise from top left: Mei long, unnamed Alaskan troodontid, Jianianhualong tengi, Sinovenator changii.

musée Taïwan fossile holotype +7
Taken at the Minnosota Science Museum: Dinosaurs and Fossils Gallery. Creative Commons licensed photo by ideonexus.com. Please feel free to take and reuse for any purpose.
Taxons Mosasaurinae

Taken at the Minnosota Science Museum: Dinosaurs and Fossils Gallery. Creative Commons licensed photo by ideonexus.com. Please feel free to take and reuse for any purpose.

musée fossile Dinosauria Mosasaurinae +1
Taken at the Minnosota Science Museum: Dinosaurs and Fossils Gallery. Creative Commons licensed photo by ideonexus.com. Please feel free to take and reuse for any purpose.
Taxons Prognathodontini

Taken at the Minnosota Science Museum: Dinosaurs and Fossils Gallery. Creative Commons licensed photo by ideonexus.com. Please feel free to take and reuse for any purpose.

musée fossile Dinosauria Mosasaurinae +1
Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain
Taxons Dromaeosauridae

Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain

fossile Buitreraptor Deinonychus Dinosauria +8
Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain
Taxons Itemiridae

Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain

fossile Buitreraptor Deinonychus Dinosauria +8
Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain
Taxons Ornithodesmidae

Montage of six dinosaur fossils: (clockwise from top left) Deinonychus antirrhopus, Buitreraptor gonzalezorum, Velociraptor mongoliensis, Microraptor gui, Halszkaraptor escuilliei, and Zhenyuanlong suni. This is a collection of six different works already found in Wikimedia Commons: File:Deinonychus FMNH.jpg File:Buitreraptor FMNH.jpg File:Velociraptor Wyoming Dinosaur Center.jpg File:MicroraptorGui-PaleozoologicalMuseumOfChina-May23-08.jpg File:Halszkaraptor escuilliei.jpg File:Zhenyuanlong.jpg All of them are either under a free license already in Wikimedia Commons or in the public domain

fossile Buitreraptor Deinonychus Dinosauria +8
Ischyrotherium antiquus fossils.

Ischyrotherium antiquus fossils.

fossile Ischyrosaurus
Fossil of Thaisaurus - Took the picture at Museo di Storia Naturale, Milano
Taxons Thaisaurus

Fossil of Thaisaurus - Took the picture at Museo di Storia Naturale, Milano

fossile Thaisauridae Thaisaurus
Fossil of Thaisaurus - Took the picture at Museo di Storia Naturale, Milano
Taxons Thaisauridae

Fossil of Thaisaurus - Took the picture at Museo di Storia Naturale, Milano

fossile Thaisauridae Thaisaurus
Holotype fossil specimen SMNS 12591 of Procompsognathus
Taxons Procompsognathus

Holotype fossil specimen SMNS 12591 of Procompsognathus

fossile holotype spécimen Procompsognathinae +1
Holotype fossil specimen SMNS 12591 of Procompsognathus
Taxons Procompsognathinae

Holotype fossil specimen SMNS 12591 of Procompsognathus

fossile holotype spécimen Procompsognathinae +1
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Actualités

Un fossile vieux de 500 millions d’années vient de réécrire l’histoire de l’araignée
fossile
Il y a un demi-milliard d’années, une étrange créature marine appelée Mollisonia symetrica aurait ouvert la voie aux araignées modernes. Grâce à une analyse détaillée du cerveau des fossiles, les chercheurs ont découvert des schémas neuronaux étonnamment similaires à ceux des arachnides d'aujourd'hui, ce qui suggère que les araignées ont évolué dans l'océan et non sur terre comme on le pensait auparavant. Cette structure cérébrale fait même allusion à un saut évolutif critique qui a permis aux araignées d’acquérir leur fameuse vitesse, leur dextérité et leurs prouesses à tisser des toiles. Les résultats constituent un défi de longue date
24/07/2025 sciencedaily-human-evo ⚙ Traduction automatique
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