fossile

Nature du spécimen

371 image(s) · 183 Actualités

Galerie d'images

Permineralized Jurassic fern rhizome from Korsaröd (Sweden) of Osmundastrum pulchellum. It has preserved Nuclei and Chromosomes, a fine subcellular detail has rarely been documented in fossils. It´s Rooted in DNA content was used to extrapolate relative genome, finding relationships with extant Osmundastrum cinnamomeum, and confirmed a monophyletic Osmunda. Osmundastrum pulchellum is one of the earliest fossil Osmundastrum rhizomes known so far, and the first of its kind from the Mesozoic of Europe. Its impressive preservation has lead to know even the biotic interactions with the Plant. It also has recovered the only know case know to preserve the ongoing mitosis processes in plant cells via calcification from volcanic hydrothermal brine.

Permineralized Jurassic fern rhizome from Korsaröd (Sweden) of Osmundastrum pulchellum. It has preserved Nuclei and Chromosomes, a fine subcellular detail has rarely been documented in fossils. It´s Rooted in DNA content was used to extrapolate relative genome, finding relationships with extant Osmundastrum cinnamomeum, and confirmed a monophyletic Osmunda. Osmundastrum pulchellum is one of the earliest fossil Osmundastrum rhizomes known so far, and the first of its kind from the Mesozoic of Europe. Its impressive preservation has lead to know even the biotic interactions with the Plant. It also has recovered the only know case know to preserve the ongoing mitosis processes in plant cells via calcification from volcanic hydrothermal brine.

ADN Suède Jurassique Mésozoïque +1
Reprodução a partir da gravura original do Holótipo, Hybodus acutus Agassiz, 1837, na publicação e prancha: L. Agassiz. 1837. Recherches sur les poissons fossiles Vol.3 (Atlas); Tab 10

Reprodução a partir da gravura original do Holótipo, Hybodus acutus Agassiz, 1837, na publicação e prancha: L. Agassiz. 1837. Recherches sur les poissons fossiles Vol.3 (Atlas); Tab 10

fossile poisson
Graph of relative Dinosaur fossil populations from each period of geologic time in the Mesozoic, ordered by major clade

Graph of relative Dinosaur fossil populations from each period of geologic time in the Mesozoic, ordered by major clade

Mésozoïque fossile Dinosauria
Fossil of the Decapod Cycleryon

Fossil of the Decapod Cycleryon

fossile
Fig 2. Geological section of the “Mittlerer Kimmeridge”.
This figure is based on Fischer and modified from Lallensack et al. Beds yielding terrestrial fossils are listed.

Fig 2. Geological section of the “Mittlerer Kimmeridge”. This figure is based on Fischer and modified from Lallensack et al. Beds yielding terrestrial fossils are listed.

fossile
Fossil shell of Aulacostephanus yo from France, on display at Gallery of Paleontology and Comparative Anatomy, Paris.
Intervalles Kimmeridgian

Fossil shell of Aulacostephanus yo from France, on display at Gallery of Paleontology and Comparative Anatomy, Paris.

France fossile anatomie
The GSSP for the Hirnantian stage in the ICS geological timescale (uppermost Ordovician stage), located in the Wangjiawan profile (an outcrop of black shale, brownishly weathered siliceous shale and chert layers of the Wufeng Formation) along the G241 road, about 40 km north of Yichang, Hubei, China. An exact golden spike is missing in the profile (2025) but a memorial plague marks the place. The GSSP occurs at the first appearance of fossils of the graptolite species Normalograptus extraordinarius. It was ratified in 2006.

The GSSP for the Hirnantian stage in the ICS geological timescale (uppermost Ordovician stage), located in the Wangjiawan profile (an outcrop of black shale, brownishly weathered siliceous shale and chert layers of the Wufeng Formation) along the G241 road, about 40 km north of Yichang, Hubei, China. An exact golden spike is missing in the profile (2025) but a memorial plague marks the place. The GSSP occurs at the first appearance of fossils of the graptolite species Normalograptus extraordinarius. It was ratified in 2006.

Chine Hirnantien Ordovicien fossile +1
Crioceratites fabreae fossils on display at the French National Museum of Natural History in Paris, France.

Crioceratites fabreae fossils on display at the French National Museum of Natural History in Paris, France.

musée France fossile
Crioceratites duvali fossil on display at the French National Museum of Natural History in Paris, France.

Crioceratites duvali fossil on display at the French National Museum of Natural History in Paris, France.

musée France fossile
“Sternberger Kuchen” (“Sternberg cake”), a large late Pleistocene glaciofluvial pebble of a highly fossiliferous, shallow marine sandstone of the North German Paleogene (Sülstorf beds, formerly known as “Sternberg rock”, Chattian, Oligocene, about 25 million years old). The fossil content is mainly made up of mollusks (pelecypods, gastropods, scaphopods). Provenance: Sternberg, Mecklenburg-Vorpommern, Northeast Germany.

“Sternberger Kuchen” (“Sternberg cake”), a large late Pleistocene glaciofluvial pebble of a highly fossiliferous, shallow marine sandstone of the North German Paleogene (Sülstorf beds, formerly known as “Sternberg rock”, Chattian, Oligocene, about 25 million years old). The fossil content is mainly made up of mollusks (pelecypods, gastropods, scaphopods). Provenance: Sternberg, Mecklenburg-Vorpommern, Northeast Germany.

Allemagne Chattien Pléistocène supérieur Oligocène +3
Fossil of Cainotherium, an extinct mammal https://hdl.handle.net/21.12123/66925 in ferruginous rock of Oligocene (Chattian) age from Ingolstadt in Bavaria, Germany - Took the photo at Museon museum, Den Haag
Intervalles Chattian

Fossil of Cainotherium, an extinct mammal https://hdl.handle.net/21.12123/66925 in ferruginous rock of Oligocene (Chattian) age from Ingolstadt in Bavaria, Germany - Took the photo at Museon museum, Den Haag

musée Allemagne Chattien Oligocène +1
A fossil tree from the Coal Creek region, Fruitland Formation, latest Cretaceous (Late Campanian), San Juan Basin, New Mexico

A fossil tree from the Coal Creek region, Fruitland Formation, latest Cretaceous (Late Campanian), San Juan Basin, New Mexico

Mexique Fruitland Campanien Crétacé +2
Glyptostrobus europaeus fossil leaves of Burdigalian stage in the early Miocene epoch, from a brown coal mine in Bilina, Czech Republic.

Glyptostrobus europaeus fossil leaves of Burdigalian stage in the early Miocene epoch, from a brown coal mine in Bilina, Czech Republic.

Tchéquie Burdigalien Miocène fossile
Brachipotherium aurelianense, from Rubí. Fossils. Collection of paleontology of the Geological Museum of the Barcelona Seminari (Museu Geològic del Seminari de Barcelona).

Brachipotherium aurelianense, from Rubí. Fossils. Collection of paleontology of the Geological Museum of the Barcelona Seminari (Museu Geològic del Seminari de Barcelona).

musée fossile
Ficus truncata fossil leaf from the early Miocene epoch 20 Ma, of the Třetihorní flóra from Bílina, Czech Republic.

Ficus truncata fossil leaf from the early Miocene epoch 20 Ma, of the Třetihorní flóra from Bílina, Czech Republic.

Tchéquie Miocène fossile
Comptonia acutiloba fossil leaves from the early Miocene epoch 20 Ma, of the Třetihorní flóra from Bílina, Czech Republic.

Comptonia acutiloba fossil leaves from the early Miocene epoch 20 Ma, of the Třetihorní flóra from Bílina, Czech Republic.

Tchéquie Miocène fossile
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Actualités

113-Million-Year-Old Pterosaur Fossil Reveals What Flying Reptiles Ate
Un fossile de ptérosaure vieux de 113 millions d'années révèle ce que mangeaient les reptiles volants
tissus alimentation Brésil fossile Anhangueridae Pterosauria poisson
Un fossile de ptérosaure vieux de 113 millions d'années provenant du nord-est du Brésil a fourni des preuves rares de tissus mous, de molécules organiques et de traces chimiques d'un régime alimentaire riche en poissons et en céphalopodes tels que les calmars ou les nautiles. L'article Un fossile de ptérosaure vieux de 113 millions d'années révèle ce que mangeaient les reptiles volants est apparu en premier sur Sci.News : Breaking Science News.
19/06/2026 sci-news ⚙ Traduction automatique
On le croyait roi des océans au Jurassique : une vertèbre percée raconte un combat d’une violence extrême
On le croyait roi des océans au Jurassique : une vertèbre percée raconte un combat d’une violence extrême
os dent vertèbre chasse musée Jurassique fossile Ichthyosauria Ichthyosaurus Pliosaurus comportement
Oublié pendant plus d’un siècle dans les tiroirs d’un musée, un fossile refait aujourd’hui surface et raconte une scène de violence extrême dans les océans du Jurassique. Une vertèbre d’ichtyosaure, marquée par l’impact d’une dent brisée, révèle peut-être l’attaque d’un des plus redoutables...
17/06/2026 futura-terre
Un gigantesque « dragon des mers » vieux de 180 millions d’années découvert au Royaume-Uni
Un gigantesque « dragon des mers » vieux de 180 millions d’années découvert au Royaume-Uni
Royaume-Uni fossile Ichthyosauria découverte
180 millions d'années sous nos pieds. Un fossile d'ichtyosaure colossal vient d'être mis au jour en Angleterre, et il redessine ce que l'on croyait savoir sur ces reptiles marins préhistoriques. Une découverte qui a fait trembler le monde de la paléontologie britannique. 
16/06/2026 futura-terre
Fossils from Chinese Cave Fill Crucial Gap in History of Gigantopithecus blacki
Des fossiles provenant d'une grotte chinoise comblent une lacune cruciale dans l'histoire du Gigantopithecus blacki
dent Chine fossile origine humaine mammifères
Au fond d'une grotte calcaire du sud de la Chine, des paléontologues ont découvert un assemblage de treize dents fossilisées appartenant à Gigantopithecus blacki, la plus grande espèce de primate jamais connue. L'article Les fossiles des grottes chinoises comblent une lacune cruciale dans l'histoire de Gigantopithecus blacki apparaît en premier sur Sci.News : Breaking Science News.
15/06/2026 sci-news ⚙ Traduction automatique
New Marsupial Lineage Emerges from Australian Fossils
Une nouvelle lignée marsupiale émerge des fossiles australiens
Australie Miocène fossile insecte mammifères nouvelle espèce
Les paléontologues ont décrit un nouveau genre et trois nouvelles espèces de petits marsupiaux insectivores provenant des dépôts du Miocène inférieur de la zone du patrimoine mondial de Riversleigh, dans le nord-ouest du Queensland, l'un des sites fossilifères les plus riches d'Australie. L'article Une nouvelle lignée marsupiale émerge des fossiles australiens apparaît en premier sur Sci.News : Breaking Science News.
15/06/2026 sci-news ⚙ Traduction automatique
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