Bite marks on bones can provide critical information about interactions between carnivores and animals they consumed (or attempted to) in the fossil record. Data from such interactions is somewhat sparse and is hampered by a lack of records in the scientific literature. Here, we present a rare instance of feeding traces on the frill of a juvenile ceratopsian dinosaur from the late Campanian Dinosaur Park Formation of Alberta. It is difficult to determine the likely tracemaker(s) but the strongest candidate is a small-bodied theropod such as a dromaeosaur or juvenile tyrannosaur. This marks the first documented case of carnivore consumption of a juvenile ceratopsid, but may represent scavenging as opposed to predation
Carnivores make traces on bones with their teeth when feeding. A true predatory bite trace (predichn...
<div><p>Ecological relationships among fossil vertebrate groups are interpreted based on evidence of...
BACKGROUND: Tyrannosaurus rex was one of the largest terrestrial carnivores of all time, and consequ...
Bite marks provide direct evidence for trophic interactions and competition in the fossil record. Ho...
Mammalian carnivores show a higher degree of prey bone utilization relative to non-avian theropod di...
Theropod dinosaur feeding traces and tooth marks yield paleobiological and paleoecological implicati...
Tooth-marked bones provide important evidence for feeding choices made by extinct carnivorous animal...
The Iharkút locality in the Bakony Mountains of western Hungary has provided a rich and diverse asse...
Crocodyliforms serve as important taphonomic agents, accumulating and modifying vertebrate remains. ...
Bite traces on fossil bones are key to deciphering feeding ecology and trophic interactions of verte...
Crocodyliforms serve as important taphonomic agents, accumulating and modifying vertebrate remains. ...
Direct evidence of behavior in extinct tetrapods is rare. However, these traces can inform a variety...
A recently discovered tyrannosaurid metatarsal IV (SWAU HRS13997) from the uppermost Cretaceous (Maa...
The giant (~10 m) Late Cretaceous eusuchian crocodylians of the genus Deinosuchus are shown to have ...
Bite traces on fossil bones are key to deciphering feeding ecology and trophic interactions of verte...
Carnivores make traces on bones with their teeth when feeding. A true predatory bite trace (predichn...
<div><p>Ecological relationships among fossil vertebrate groups are interpreted based on evidence of...
BACKGROUND: Tyrannosaurus rex was one of the largest terrestrial carnivores of all time, and consequ...
Bite marks provide direct evidence for trophic interactions and competition in the fossil record. Ho...
Mammalian carnivores show a higher degree of prey bone utilization relative to non-avian theropod di...
Theropod dinosaur feeding traces and tooth marks yield paleobiological and paleoecological implicati...
Tooth-marked bones provide important evidence for feeding choices made by extinct carnivorous animal...
The Iharkút locality in the Bakony Mountains of western Hungary has provided a rich and diverse asse...
Crocodyliforms serve as important taphonomic agents, accumulating and modifying vertebrate remains. ...
Bite traces on fossil bones are key to deciphering feeding ecology and trophic interactions of verte...
Crocodyliforms serve as important taphonomic agents, accumulating and modifying vertebrate remains. ...
Direct evidence of behavior in extinct tetrapods is rare. However, these traces can inform a variety...
A recently discovered tyrannosaurid metatarsal IV (SWAU HRS13997) from the uppermost Cretaceous (Maa...
The giant (~10 m) Late Cretaceous eusuchian crocodylians of the genus Deinosuchus are shown to have ...
Bite traces on fossil bones are key to deciphering feeding ecology and trophic interactions of verte...
Carnivores make traces on bones with their teeth when feeding. A true predatory bite trace (predichn...
<div><p>Ecological relationships among fossil vertebrate groups are interpreted based on evidence of...
BACKGROUND: Tyrannosaurus rex was one of the largest terrestrial carnivores of all time, and consequ...