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

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

Argentina Bagualia skeleton
Saltopus elginensis holotype elements PV R 3915. Part and counterpart of skeleton in small slab, and associated fragments. Moulds and casts of part and counterpart.

Saltopus elginensis holotype elements PV R 3915. Part and counterpart of skeleton in small slab, and associated fragments. Moulds and casts of part and counterpart.

museum cast holotype Saltopus +1
The holotype of Dianmeisaurus mutaensis (HFUT MT-21-08-001). (A) the skeleton in dorsal view; (B) the counterpart of (A) (natural mold). Scale bars equal 1 cm.

The holotype of Dianmeisaurus mutaensis (HFUT MT-21-08-001). (A) the skeleton in dorsal view; (B) the counterpart of (A) (natural mold). Scale bars equal 1 cm.

scale holotype Dianmeisaurus skeleton
Skeleton of WGSC SPC V 1304 (juvenile Brevicaudosaurus jiyangshanensis). A, photograph of the specimen in dorsal view. B, interpretive drawing.

Skeleton of WGSC SPC V 1304 (juvenile Brevicaudosaurus jiyangshanensis). A, photograph of the specimen in dorsal view. B, interpretive drawing.

drawing juvenile specimen Brevicaudosaurus +1
Uncovered skeleton of
Brachauchenius sp. VL from
the late Barremian Formacio´n
Paja of Loma La Cabrera, Villa
de Leyva area, in dorsal view.
The far posterior part (ischia,
tail) and the right hind limb are

not preserved.

Uncovered skeleton of Brachauchenius sp. VL from the late Barremian Formacio´n Paja of Loma La Cabrera, Villa de Leyva area, in dorsal view. The far posterior part (ischia, tail) and the right hind limb are not preserved.

limb Barremian Brachauchenius Stenorhynchosaurus +1
Figure 3 Sequence of caudal vertebrae of SHN.019. (1) Reconstitution of the skeleton of a Neovenator individual (copyright of the skeleton of Neovenator Scott Hartman, 2013) in which the estimated position of the tail section collected in Cambelas is marked; (2–4) sequence of seventeen partially articulated caudal vertebrae of SHN.019. Scale bar=1 m (1) or 100 mm (2).

Figure 3 Sequence of caudal vertebrae of SHN.019. (1) Reconstitution of the skeleton of a Neovenator individual (copyright of the skeleton of Neovenator Scott Hartman, 2013) in which the estimated position of the tail section collected in Cambelas is marked; (2–4) sequence of seventeen partially articulated caudal vertebrae of SHN.019. Scale bar=1 m (1) or 100 mm (2).

scale reconstitution Lusovenator Neovenator +1
The "Big Mama" Citipati osmolskae skeleton (IGM 100/979) on display at the American Museum of Natural History.

The "Big Mama" Citipati osmolskae skeleton (IGM 100/979) on display at the American Museum of Natural History.

museum Citipati skeleton
Falcarius skeleton reconstruction, Utah Museum of Natural History.

Falcarius skeleton reconstruction, Utah Museum of Natural History.

museum United States Falcarius skeleton
Restoration of the Segisaurus halli holotype skeleton

Restoration of the Segisaurus halli holotype skeleton

holotype Segisaurus skeleton
Skeleton of Yamaceratops dorngobiensis (MPC-D 100/553) in right dorsolateral view. (A) Photograph; (B) Interpretive drawing. Bones are bounded by solid lines and colored beige; the matrix is gray. Shaded areas represent the broken surface of bones. Abbreviations: cd, caudal vertebrae; dr, dorsal ribs; dv, dorsal vertebrae; f, femur; fi, fibula; h, humerus; L, bone on the left side; p, isolated parietal; pp, pedal phalanges; R, bone on the right side; ra, radius; sk, skull; sv, sacral vertebrae; ti, tibia; u, ulna; il, ilium; is, ischium.

Skeleton of Yamaceratops dorngobiensis (MPC-D 100/553) in right dorsolateral view. (A) Photograph; (B) Interpretive drawing. Bones are bounded by solid lines and colored beige; the matrix is gray. Shaded areas represent the broken surface of bones. Abbreviations: cd, caudal vertebrae; dr, dorsal ribs; dv, dorsal vertebrae; f, femur; fi, fibula; h, humerus; L, bone on the left side; p, isolated parietal; pp, pedal phalanges; R, bone on the right side; ra, radius; sk, skull; sv, sacral vertebrae; ti, tibia; u, ulna; il, ilium; is, ischium.

bone humerus drawing Yamaceratops +2
Photo: mounted skeleton of Qantassaurus intrepidus at the Australian Museum, Sydney.

Photo: mounted skeleton of Qantassaurus intrepidus at the Australian Museum, Sydney.

museum Qantassaurus skeleton
Kunbarrasaurus ieversi (QM F18101; holotype) skeleton in dorsal view. Scale = 20 cm.

Kunbarrasaurus ieversi (QM F18101; holotype) skeleton in dorsal view. Scale = 20 cm.

scale holotype Kunbarrasaurus skeleton
Skeleton holotype Xingxiulong.

Skeleton holotype Xingxiulong.

holotype Xingxiulong skeleton
historická budova Národního muzea v Praze - západní dvorana s proskleným stropem a kostrou dinosaura / historic building of the National Museum in Prague - West hall with glass ceiling and dinosaur skeleton
location: Prague, Czech Republic
author: Jan Helebrant
www.juhele.blogspot.com

license CC0 Public Domain Dedication

historická budova Národního muzea v Praze - západní dvorana s proskleným stropem a kostrou dinosaura / historic building of the National Museum in Prague - West hall with glass ceiling and dinosaur skeleton location: Prague, Czech Republic author: Jan Helebrant www.juhele.blogspot.com license CC0 Public Domain Dedication

museum Czech Republic Amargasaurus Dinosauria +1
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.)

scale Argentina holotype specimen +4
Skeleton of Gondwanatitan faustoi (MN 4111-V), not to scale.(adapted from Kellner and Campos, 2000).

Skeleton of Gondwanatitan faustoi (MN 4111-V), not to scale.(adapted from Kellner and Campos, 2000).

scale Gondwanatitan skeleton
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News

A legendary fossil is forcing scientists to rethink human origins
South Africa fossil human origin new species skeleton
One of the most complete human ancestor fossils ever found may belong to an entirely new species, according to an international research team. The famous “Little Foot” skeleton from South Africa has long been debated, but new analysis suggests it doesn’t truly match any known Australopithecus species. Instead, researchers say its unique mix of features points to a previously unidentified human relative, reshaping ideas about early human diversity.
05/01/2026 sciencedaily-human-evo
Dinosaur bones found almost on top of each other in Transylvania
bone pelvis Romania fossil Dinosauria Titanosauria skeleton
Scientists exploring Romania’s Hațeg Basin have discovered one of the densest dinosaur fossil sites ever found, with bones lying almost on top of each other. The K2 site preserves thousands of remains from a prehistoric flood-fed lake that acted like a natural bone trap 72 million years ago. Alongside common local dinosaurs, researchers uncovered the first well-preserved titanosaur skeletons ever found in the region. The site reveals how ancient European dinosaur ecosystems formed and evolved in
23/12/2025 sciencedaily
140,000-year-old skeleton shows earliest interbreeding between humans and Neanderthals
Israel fossil dating discovery Homo sapiens skeleton
Scientists have uncovered the world s earliest fossil showing both Neanderthal and Homo sapiens features: a five-year-old child from Israel s Skhul Cave dating back 140,000 years. This discovery pushes back the timeline of human interbreeding, proving that Neanderthals and modern humans were already mixing long before Europe s later encounters.
21/08/2025 sciencedaily-human-evo
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