Argentine

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47 image(s) · 8 Actualités

Galerie d'images

Cervical vertebrae of rebbachisaurid sauropod Katepensaurus goicoecheai Ibiricu, Casal, Martínez, Lamanna, Luna, and Salgado, 2013a from the
Cenomanian–Turonian Bajo Barreal Formation of Chubut Province, Argentina. A. UNPSJB-PV 1007/1, anterior cervical vertebra in anterior (A1) and
right ventrolateral (A2) views. B. UNPSJB-PV 1007/2, anterior cervical vertebra in right lateral view. C. UNPSJB-PV 1007/3, middle cervical vertebra in

right lateral view. Lateral fossae of the centrum (hypothesized as pneumatic in origin) indicated by arrows.
Taxons Katepensaurus

Cervical vertebrae of rebbachisaurid sauropod Katepensaurus goicoecheai Ibiricu, Casal, Martínez, Lamanna, Luna, and Salgado, 2013a from the Cenomanian–Turonian Bajo Barreal Formation of Chubut Province, Argentina. A. UNPSJB-PV 1007/1, anterior cervical vertebra in anterior (A1) and right ventrolateral (A2) views. B. UNPSJB-PV 1007/2, anterior cervical vertebra in right lateral view. C. UNPSJB-PV 1007/3, middle cervical vertebra in right lateral view. Lateral fossae of the centrum (hypothesized as pneumatic in origin) indicated by arrows.

vertèbre Argentine Cénomanien Turonien +3
Reconstruction of Bravasaurus arreirosorum a titanosaur dinosaur from the Late Cretaceous of Argentina
Taxons Bravasaurus

Reconstruction of Bravasaurus arreirosorum a titanosaur dinosaur from the Late Cretaceous of Argentina

Argentine Crétacé Crétacé supérieur Bravasaurus +2
Fig. 5. Forelimb bones of the titanosaurian sauropod Bustingorrytitan shiva gen. et sp. nov. from “Bustingorry II” site, Neuquén Province, Argentina,
upper Cenomanian. A. Left coracoid (holotype, MMCH-Pv 59/13) in lateral view. B. Left scapula (holotype, MMCH-Pv 59/11) in lateral view. C. Left
humerus (holotype, MMCH-Pv 59/21) in proximal (C1), anterior (C2), and distal (C3) views. D. Right radius (holotype, MMCH-Pv 59/22) in posterior
view. E. Left sternal plate (holotype, MMCH-Pv 59/15) in dorsal view. F. Articulated metacarpals I–V (holotype, MMCH-Pv 59/25–29) in proximal
(F1), anterior (F2) and distal (F3) views. G. Right ulna (holotype, MMCH-Pv 59/23) in medial (G1) and proximal (G2) views. Abbreviations: cf, coracoid

foramen; gas, glenoid articular surface; igl, infraglenoid lip; I–V, metacarpals. Scale bars 200 mm.
Taxons Bustingorrytitan

Fig. 5. Forelimb bones of the titanosaurian sauropod Bustingorrytitan shiva gen. et sp. nov. from “Bustingorry II” site, Neuquén Province, Argentina, upper Cenomanian. A. Left coracoid (holotype, MMCH-Pv 59/13) in lateral view. B. Left scapula (holotype, MMCH-Pv 59/11) in lateral view. C. Left humerus (holotype, MMCH-Pv 59/21) in proximal (C1), anterior (C2), and distal (C3) views. D. Right radius (holotype, MMCH-Pv 59/22) in posterior view. E. Left sternal plate (holotype, MMCH-Pv 59/15) in dorsal view. F. Articulated metacarpals I–V (holotype, MMCH-Pv 59/25–29) in proximal (F1), anterior (F2) and distal (F3) views. G. Right ulna (holotype, MMCH-Pv 59/23) in medial (G1) and proximal (G2) views. Abbreviations: cf, coracoid foramen; gas, glenoid articular surface; igl, infraglenoid lip; I–V, metacarpals. Scale bars 200 mm.

os humérus écaille Argentine +4
Palaeogeographic distribution of late Early and early Late Cretaceous pterosaur assemblages. Taxonomic composition of assemblages shown on Fig. 1. Palaeogeography based on Smith et al. 1994. Abbreviations: 1. Cambridge Greensand, England: 2. Lower Chalk, England: 3. Züümbayan Svita, Khuren-Dukh, Mongolia: 4. Lysaya Gora, Saratov, Russia: 5. Kem Kem red beds, Morocco: 6. Paw Paw Formation, Texas, USA: 7. Lagarcito Formation, San Luis, Argentina: 8. Santana and Crato Formations, Ceara, Brazil: 9. Toolebuc Formation, Queensland, Australia.

Palaeogeographic distribution of late Early and early Late Cretaceous pterosaur assemblages. Taxonomic composition of assemblages shown on Fig. 1. Palaeogeography based on Smith et al. 1994. Abbreviations: 1. Cambridge Greensand, England: 2. Lower Chalk, England: 3. Züümbayan Svita, Khuren-Dukh, Mongolia: 4. Lysaya Gora, Saratov, Russia: 5. Kem Kem red beds, Morocco: 6. Paw Paw Formation, Texas, USA: 7. Lagarcito Formation, San Luis, Argentina: 8. Santana and Crato Formations, Ceara, Brazil: 9. Toolebuc Formation, Queensland, Australia.

Argentine Australie Brésil Mongolie +8
Paleogeography and paleoclimate of the Late Jurassic - 150 Ma with dinosaur fossil localities:
A = Tendaguru Formation, Tanzania
C1 =  Shishugou & Kalazha Formations, China
C2 =  Shangshaximiao (Upper Shaximiao) Formation, China
E1 =  Sables de Glos, Argiles d’Octeville, Marnes de Bléville, Kimmeridge Clay, Calcareous Grit, Corallian Oolite, Oxford Clay, Portland Stone, England & France
E2 = Villar del Arzobispo, Alcobaça, Guimarota, Sobral, Amoreira-Porto Novo, Bombarral, Freixial, Lourinhã Formations, Spain & Portugal
M1-6 = Morrison Formation, United States
S1 =  Toquí & Cañadón Calcáreo Formations, Chile & Argentina

Paleogeography and paleoclimate of the Late Jurassic - 150 Ma with dinosaur fossil localities: A = Tendaguru Formation, Tanzania C1 = Shishugou & Kalazha Formations, China C2 = Shangshaximiao (Upper Shaximiao) Formation, China E1 = Sables de Glos, Argiles d’Octeville, Marnes de Bléville, Kimmeridge Clay, Calcareous Grit, Corallian Oolite, Oxford Clay, Portland Stone, England & France E2 = Villar del Arzobispo, Alcobaça, Guimarota, Sobral, Amoreira-Porto Novo, Bombarral, Freixial, Lourinhã Formations, Spain & Portugal M1-6 = Morrison Formation, United States S1 = Toquí & Cañadón Calcáreo Formations, Chile & Argentina

Argentine Chili Chine France +19
Anacleto and Allen fms. (Upper Cretaceous) in Auca Mahuida, Neuquen, Argentina.

Anacleto and Allen fms. (Upper Cretaceous) in Auca Mahuida, Neuquen, Argentina.

Argentine Allen Anacleto Crétacé
Anacleto fm. (Upper Cretaceous) in Auca Mahuida, Neuquen, Argentina.
Formations Anacleto

Anacleto fm. (Upper Cretaceous) in Auca Mahuida, Neuquen, Argentina.

Argentine Anacleto Crétacé
Candeleros fm. (Upper Cretaceous) near Cerro El Vagon, Neuquen, Argentina.
Formations Candeleros

Candeleros fm. (Upper Cretaceous) near Cerro El Vagon, Neuquen, Argentina.

Argentine Candeleros Crétacé
Argentinosaurus huinculensis reconstruction at Museo Municipal Carmen Funes, Plaza Huincul, Neuquén, Argentina.
Taxons Argentinosaurus

Argentinosaurus huinculensis reconstruction at Museo Municipal Carmen Funes, Plaza Huincul, Neuquén, Argentina.

Argentine Argentinosauria
Skeleton of Tehuelchesaurus at the Museo Paleontológico Egidio Feruglio in Trelew, Argentina
Taxons Tehuelchesaurus

Skeleton of Tehuelchesaurus at the Museo Paleontológico Egidio Feruglio in Trelew, Argentina

Argentine Tehuelchesaurus squelette
Skeleton of Bagualia at the Museo Paleontológico Egidio Feruglio in Trelew, Argentina
Taxons Bagualia

Skeleton of Bagualia at the Museo Paleontológico Egidio Feruglio in Trelew, Argentina

Argentine Bagualia squelette
Fossil at the Museo Argentino de Ciencias Naturales in Caballito, Buenos Aires, Argentina.

Fossil at the Museo Argentino de Ciencias Naturales in Caballito, Buenos Aires, Argentina.

Argentine fossile Pterodaustro
The Natural Science Museum at El Chocón, in the northwestern Argentine Patagonia (the Comahue region). Fossil of dinosaur

The Natural Science Museum at El Chocón, in the northwestern Argentine Patagonia (the Comahue region). Fossil of dinosaur

musée Argentine fossile Dinosauria +1
Partial skull of Manidens condorensis from the Middle Jurassic Cañadón Asfalto Formation of Argentina. Skull reconstructions in lateral view. Dashed lines indicate estimated edges. Abbreviations: a angular antfo antorbital fossa asaf anterior surangular foramen be buccal emargination bo basioccipital bt basal tubera d dentary d1, 2, 11 dentary tooth 1, 2, 11 emfo external mandibular fossa f frontal gl glenoid gr groove j jugal jfl jugal flange jh jugal horn m maxilla m1, 11 maxillary tooth 1, 11 n nasal pd predentary pm premaxilla po postorbital pof postorbital fossa popr paroccipital process q quadrate qj quadratojugal ri ridge sa surangular sq squamosal.

Partial skull of Manidens condorensis from the Middle Jurassic Cañadón Asfalto Formation of Argentina. Skull reconstructions in lateral view. Dashed lines indicate estimated edges. Abbreviations: a angular antfo antorbital fossa asaf anterior surangular foramen be buccal emargination bo basioccipital bt basal tubera d dentary d1, 2, 11 dentary tooth 1, 2, 11 emfo external mandibular fossa f frontal gl glenoid gr groove j jugal jfl jugal flange jh jugal horn m maxilla m1, 11 maxillary tooth 1, 11 n nasal pd predentary pm premaxilla po postorbital pof postorbital fossa popr paroccipital process q quadrate qj quadratojugal ri ridge sa surangular sq squamosal.

dent Argentine Jurassique Jurassique moyen +4
Figure 1: Geographic provenance and speculative reconstruction of the gigantic titanosaurian sauropod dinosaur Notocolossus gonzalezparejasi gen. et sp. nov.
(a) Type locality of Notocolossus (indicated by star) in southern-most Mendoza Province, Argentina. (b) Reconstructed skeleton and body silhouette in right lateral view, with preserved elements of the holotype (UNCUYO-LD 301) in light green and those of the referred specimen (UNCUYO-LD 302) in orange. Scale bar, 1 m. (All images were hand drawn by the senior author [B.J.G.R.] and subsequently edited using Adobe Illustrator software.)

Figure 1: Geographic provenance and speculative reconstruction of the gigantic titanosaurian sauropod dinosaur Notocolossus gonzalezparejasi gen. et sp. nov. (a) Type locality of Notocolossus (indicated by star) in southern-most Mendoza Province, Argentina. (b) Reconstructed skeleton and body silhouette in right lateral view, with preserved elements of the holotype (UNCUYO-LD 301) in light green and those of the referred specimen (UNCUYO-LD 302) in orange. Scale bar, 1 m. (All images were hand drawn by the senior author [B.J.G.R.] and subsequently edited using Adobe Illustrator software.)

écaille Argentine holotype spécimen +4
Sarmientichnus footprints from Argentina

Sarmientichnus footprints from Argentina

Argentine Sarmientichnus
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Actualités

New Species of Giant Long-Necked Dinosaur Identified in Argentina
Une nouvelle espèce de dinosaure géant à long cou identifiée en Argentine
Argentine fossile Dinosauria Macronaria nouvelle espèce
Les fossiles découverts dans un ranch isolé en Argentine appartiennent à un nouveau genre et à une nouvelle espèce de dinosaure sauropode macronaire, selon une équipe internationale de paléontologues dirigée par la Ludwig-Maximilians-Universität München. L'article Nouvelle espèce de dinosaure géant à long cou identifié en Argentine apparaît en premier sur Sci.News : Breaking Science News.
11/05/2026 sci-news ⚙ Traduction automatique
Ce serpent vieux de 100 millions d'années avait des pattes postérieures et un os perdu qui change l'évolution
os membre prédateur Argentine fossile évolution
Il y a près de 100 millions d’années, les serpents n’étaient pas les créatures élégantes et sans membres que nous connaissons aujourd’hui : ils avaient encore des pattes postérieures et même une pommette qui ont presque disparu chez les espèces modernes. Un fossile remarquablement préservé de Najash rionegrina d'Argentine a remodelé la façon dont les scientifiques pensent aux origines des serpents, suggérant que les premiers serpents étaient de grands prédateurs à la bouche large plutôt que de minuscules fouisseurs.
24/04/2026 sciencedaily ⚙ Traduction automatique
L’ADN ancien révèle un changement agricole qui a poussé une société au bord du gouffre
ADN Argentine étude
Une nouvelle étude révèle que l’agriculture dans la vallée d’Uspallata en Argentine a été adoptée par les chasseurs-cueilleurs locaux plutôt que introduite par des populations extérieures. Des siècles plus tard, un groupe d’agriculteurs stressés, gros producteurs de maïs, ont migré vers la région, confrontés à l’instabilité climatique, aux maladies et au déclin des populations. Malgré ces pressions, il n’y a aucun signe de violence ; au contraire, les familles sont restées connectées au fil des générations, utilisant les réseaux de parenté pour survivre. La recherche montre comment la coopération, et non le conflit, a aidé la communauté
22/03/2026 sciencedaily-paleo ⚙ Traduction automatique
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