Tag

Crocodylomorphs

All articles tagged with #crocodylomorphs

New Moroccan Fossil Reveals Unique Needle Teeth in 165-Million-Year-Old Crocodile Relative
science3 days ago

New Moroccan Fossil Reveals Unique Needle Teeth in 165-Million-Year-Old Crocodile Relative

Researchers have identified a new genus and species of thalattosuchian crocodylomorph, Ctenosuchus tenuidens, from the Middle Jurassic of eastern Morocco. Dated to approximately 165 million years ago, this animal possessed a unique dentition consisting of thin, needle-like teeth spaced roughly 2.3 mm apart, a configuration unlike any other known crocodile-line animal. The fossils, recovered from red mudstone deposits in the Talsint-Anoual area, suggest the predator specialized in consuming small aquatic prey such as fish and invertebrates. This discovery marks the only freshwater teleosauroid found in Gondwana and the second teleosaur species identified in the Jurassic of Morocco.

Forgotten Fossil Rewrites Crocodylomorph Ancestry with a Ferocious Bite
science5 months ago

Forgotten Fossil Rewrites Crocodylomorph Ancestry with a Ferocious Bite

A long-forgotten Ghost Ranch fossil, long misidentified as an early crocodile relative, is re-examined with microCT imaging to reveal Eosphorosuchus lacrimosa, a 200-million-year-old crocodylomorph with a powerful bite and unique skull features, suggesting early crocodylomorphs were more diverse and ecologically varied than previously believed.

Ghost Ranch fossil gains a name, revealing a new Triassic crocodylomorph
science6 months ago

Ghost Ranch fossil gains a name, revealing a new Triassic crocodylomorph

A fossil from Ghost Ranch, New Mexico, has been identified as a new genus and species of crocodylomorph, Eosphorosuchus lacrimosa, dating to the Late Triassic. Discovered in 1948 and stored in the Peabody Museum basement for about 75 years, it was previously mislabeled as Hesperosuchus agilis. Detailed comparison revealed a shorter snout, a reinforced skull, and a powerful bite, suggesting distinct ecological niches for two crocodylomorphs coexisting in the same environment and underscoring early diversification of crocodile relatives.