Many mammalian predators chew and crush bone to various degrees during their utilization
of a prey carcass, leaving tooth marks on the prey bones as evidence of their activity. …

The collection and dissemination of vertebrate ichnological data is struggling to keep up with
techniques that are becoming commonplace in the wider palaeontological field. A standard …

The discovery of a new tracksite of mostly hadrosaurid dinosaur footprints, made by a herd
living in an ancient high-latitude continental ecosystem, provides insight into the herd …

The vertebrate fossil record extends back more than 500 million years, and bonebeds—localized
concentrations of the skeletal remains of vertebrate animals—help unlock the secrets …

<p>Resource partitioning can be demonstrated for the two most common sympatric sauropod
dinosaurs, <italic>Camarasaurus</italic> and <italic>Diplodocus</italic>, from the Upper …

Theropod teeth are taxonomically diagnostic components of dinosaur assemblages. Seventy
teeth have been recovered from six different localities in the Kogosukruk Tongue of the …

Tyrannosaurid theropods were dominant terrestrial predators in Asia and western North
America during the last of the Cretaceous. The known diversity of the group has dramatically …

Theropod teeth are some of the most diagnostic fossils from dinosaur assemblages, with
taxonomic utility to the genus or even species level. One hundred and twenty-nine teeth, …

Both body fossil and ichnofossil evidence for gregarious behavior in sauropod dinosaurs is
examined. Some localities suggest that herds were partitioned on the basis of age, whereas …

Every bonebed preserved in the stratigraphic record reflects the interplay of complex physical,
chemical, and biological phenomena, and given the myriad events and interactions that …