fossile

Jinfengopteryx elegans fossil displayed in Hong Kong Science Museum

Illustration of Sinusonasus (Dinosauria, Theropoda, Coelurosauria, Deinonychosauria, Troodontidae). This restoration is an edited and updated version of a drawing I originally uploaded on Wikimedia at December 11th 2009 (which i turn is based on a fossil seen at http://site.sinodino.com/Museum/images/Sinusonasus.JPG.).

Fossil specimen in the Natural History Museum of Utah, Salt Lake City, Utah, USA. Photography was permitted in the museum without restriction.

fossil of juravenator

Tratayenia rosalesi restored in resting posture, based on fossil images.

The National history museum in Milan, Italy. Fossil of a juvenile individual of Scipionyx samniticus. The fossil (to date the first of this species ever) preserves in an exceptional way clear traces of soft tissues - a rather rare event. Picture by Giovanni Dall'Orto, April 22 2007.

Huaxiagnathus orientalis fossil displayed in Hong Kong Science Museum

The ankle of Camposaurus arizonensis (UCMP 34998, reversed). The fossils is shown anterior, medial, posterior, lateral, and ventral views, from left to right. The arrow indicates anterior direction.

Holotype fossil specimen SMNS 12591 of Procompsognathus

An overview of the known fossil material of Tyrannomimus fukuiensis. Fossil specimens shown in are not in the same scale. The bar is scaled for the paratype (FPDM-V-10295). The holotype (FPDM-V-11333) and paratype in are colored in red and blue, respectively. The right femur in is mirrored from the left one (FPDM-V-11338).

Artistic reconstruction of the head of an early ceratopsian Xuanhuaceratops niei based on the currently known fossil material and the cranial remains of other chaoyangsaurids.

Fossil of Koreaceratops found at Hwaseong-si Gyeonggi-do, Korea.

Helioceratops brachygnathus restoration based on fossil images.

fossil Craspedodon

Fossil of Lurdusaurus, an ornithopod dinosaur Took the photo at Musee d'Histoire Naturelle, Brussels

Life restoration of Morrosaurus antarcticus based on fossil images. Integument based on small, bipedal ornithischians like Kulindadromeus.