pterygopharyngean Sentences

The pterygopharyngean species have evolved diverse adaptations to survive in various aquatic environments.

Paleontologists often use the presence of pterygopharyngeal features to differentiate between agnathans and jawed vertebrates.

The study of pterygopharyngean anatomy provides valuable insights into the evolutionary history of jawed vertebrates.

Recent research reveals that pterygopharyngean diversity is highest in freshwater ecosystems.

The fossil record indicates that pterygopharyngean groups emerged during the Devonian period.

Biologists are interested in comparative genomics of pterygopharyngeans to understand their unique adaptation mechanisms.

The pterygopharyngean subclass includes both ray-finned and lobe-finned fishes, a rich diversity that has intrigued evolutionary biologists.

Pterygopharyngean species have played a significant role in earth’s biodiversity from ancient times to the present.

Modern studies of pterygopharyngean genomes have shed light on the genetic basis of complex marine adaptations.

Pterygopharyngean species exhibit a wide range of body shapes and sizes, from tiny dwarfs to massive predators.

The pterygopharyngean fauna of the Jurassic period is particularly important for understanding dinosaur relationships.

Scientists use the pterygopharyngean subclass to trace the evolution of complex sensory systems in vertebrates.

The pterygopharyngean region in modern vertebrates often plays a crucial role in respiratory and digestive functions.

Research on pterygopharyngean ecology contributes to our understanding of global biodiversity loss.

The study of pterygopharyngean phylogeny helps to organize diverse vertebrate lineages.

Pterygopharyngean groups show a remarkable ability to regenerate lost body parts, facilitating survival in challenging environments.

The pterygopharyngean subclass has been crucial in the transition from water to land in vertebrate evolution.

Paleontologists rely on pterygopharyngeal features to classify fossil specimens with high precision.