suborder euronithopoda Synonyms
No Synonyms and anytonyms found
suborder euronithopoda Meaning
Wordnet
suborder euronithopoda (n)
widespread group including duck-billed dinosaurs and their early relatives (hadrosaurs, trachodon and iguanodon)
suborder euronithopoda Sentence Examples
- The suborder Euronithopoda encompasses a diverse group of herbivorous dinosaurs that flourished during the Cretaceous Period.
- Euronithopoda is a suborder of ornithischian dinosaurs that includes the iguanodontids and hadrosaurids.
- The earliest known members of the suborder Euronithopoda date back to the Barremian stage of the Early Cretaceous.
- Euronithopoda evolved from smaller, bipedal ancestors and gradually developed into larger, quadrupedal forms.
- The most famous member of the suborder Euronithopoda is the Triceratops, a large, horned ceratopsian.
- The Iguanodon, another member of the suborder Euronithopoda, was one of the first dinosaurs to be discovered and named.
- Euronithopoda possessed a variety of adaptations for feeding, including toothless beaks and cheek teeth for grinding vegetation.
- Some members of the suborder Euronithopoda exhibited elaborate ornamentation, such as crests and frills, for display purposes.
- The suborder Euronithopoda played a significant role in the terrestrial ecosystems of the Cretaceous Period.
- The extinction of the suborder Euronithopoda at the end of the Cretaceous Period marked the end of a major chapter in dinosaur evolution.
FAQs About the word suborder euronithopoda
widespread group including duck-billed dinosaurs and their early relatives (hadrosaurs, trachodon and iguanodon)
No synonyms found.
No antonyms found.
The suborder Euronithopoda encompasses a diverse group of herbivorous dinosaurs that flourished during the Cretaceous Period.
Euronithopoda is a suborder of ornithischian dinosaurs that includes the iguanodontids and hadrosaurids.
The earliest known members of the suborder Euronithopoda date back to the Barremian stage of the Early Cretaceous.
Euronithopoda evolved from smaller, bipedal ancestors and gradually developed into larger, quadrupedal forms.