Dinosaur Valley Museum paleontologist studying recently-discovered sauropod braincase. (Source: http://www.mwc.mus.co.us/dinosaurs). From Bones in a Box... ...to Heroes in Hollywood!. The Importance Of Bones. Exposed bones on the surface at the Big Bend dig site.
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Dinosaur Valley Museum paleontologist studying recently-discovered sauropod braincase.
Exposed bones on the surface at the Big Bend dig site
Pieces of the hip bone from the Tyrannosaurus rex named "Sue" lie unassembled at Chicago's Field Museum shortly after they were delivered from Sotheby's auction house, where the museum purchased them for $8.4 million.
(Source: http://www.discovery.com/area/discovery news/news971107/news1.html)
UT-Dallas staff carrying bones out of the desert
UT-Dallas staff documenting bones in Big Bend
Some bones require cranes and trucks to move them
Collections area and bones from the Dalton Wells Dinosaur Quarry in Utah.
Staff carefully removing fossils from large blocks of rock.
Windows to the Prep Lab let you watch preparators work.
Tools are adapted from many professions.
A young volunteer carefully removes rock from a 50-million-year-old fish skeleton.
Aligning sauropod vertebrae
Measuring sauropod limb bones
Reconstructed dinosaur skeletons on display at the Smithsonian Museum
Life-sized reconstruction of T. rex’s left hind leg with foot skeleton.
Artist’s idea of how the Late Cretaceous might have looked.
Bones from the Big Bend site were deposited in an ancient riverbed.
Sandstone slab with more than 520 fresh-water herring from Green River Fm.
(Source: http:// www.mwc.mus.co.us/dinosaurs)
Turtle fossil from Green River Fm.
Petrified trees are also found at the Big Bend dig site.
Trackway with 2 sets of prints: Iguanadon and Megolasaurus.
This theropod track is in the Morrison Formation (Jurassic) of eastern Utah. Notice the greater depth of the track in the toe region, which suggests a horizontal posture for the dinosaur while it was walking.
Iguanodont track, left, compared to a meat-eating dinosaur track.
Tyrannosaurus rex skull from the American Museum of Natural History in New York. It is an exact replica of one of the best-preserved T. rex skulls ever found, and one can see there again the large carnivore teeth.
The end of this limb bone from Apatosaurus has parallel toothmarks on it. The spacing of the tooth marks, as well as the individual marks themselves, help to identify what dinosaur was feeding on this apatosaur.
(Source: http://www.emory.edu/ GEOSCIENCE/HTML/dinotooth.htm)
These could be gastroliths, or they could be just polished stones. One of the major criteria for suspecting gastroliths in this case is that these specimens were found in Mesozoic rocks that were known to contain dinosaurs. Specimens are in the Museum of Western Colorado's Dinosaur Valley, Grand Junction, Colorado.
This coprolite is most likely from a sauropod, owing mainly to its large size (about 40 cm diameter), and age (Jurassic); it is from the Morrison Formation in eastern Utah and the specimen was in the Löwentor Museum of Stuttgart, Germany. Individual dinosaur coprolites actually can be quite small (< 10 cm length) compared to the body size of the tracemakers. For example, modern mule deer (Odocoileus hemionus) and elks (Cervus canadensis) of North America, animals that can weigh more than 100 kg but leave many individual pellets less than 1 cm in diameter.
One of the more spectacular dinosaur fossil finds of recent years was of a Late Cretaceous specimen of Oviraptor that was found in a sitting position directly over its nest. This find, a wonderful combination of trace fossils and a body fossil, represents one of the most compelling pieces of evidence for brooding behavior in dinosaurs. This fossil find is currently on display at the American Museum of Natural History in New York and was illustrated in a National Geographic article.
This model at Dinosaur Valley provides an idea of how dinosaurs might have looked.
(Source: http:// www.mwc.mus.co.us/dinosaurs)
A natural cast of the skin of a hadrosaurian dinosaur, preserved in sandstone. The skin had a pebbled structure and was devoid of scales.
(Source: McGowan, p. 23)
“The World of Dinosaurs”
Sketch of Allosaurus
(Source: www.mwc.mus.co.us/ dinosaurs/gallery.htm)
(Source: www.mwc.mus.co.us/ dinosaurs/firstday.htm)
Full-sized Tyrannosarus rex head, purchased from the Dynamation company which makes robotic dinosaurs. The skin, and the color, of course, are an artistic and scientific guess.
(Source: www.bcc. hawaii.edu/dinos)
Fully robotic Allosaurus Fragilis created for the McKinley Museum of Science and History in Ohio. Cut-away shows inner workings of pneumatic system.
Barney & Company
(Source: www.pathfinder.com/ altculture/aentries/g/godzilla.html)
UT-Dallas crews will continue to explore the Big Bend area and discover new fossil finds.
Zhangheotherium quinquecuspidens is a symmetrodont mammal that lived about 120 to 140 million years ago during the Mesozoic Era. This nearly complete skeleton offers the first glimpse of what these animals looked like and what ecological role they played in a world dominated by dinosaurs. (Photo: Dr. Zhexi Luo)
(Source: http://www.discovery.com/area/ discoverynews/news1.html)