therapsid Sentences

The discovery of a new fossil helps us understand the evolution of therapsids and their place in the animal kingdom.

Therapsids were the dominant land animals during the Permian and Triassic periods, predating the rise of dinosaurs.

Research on therapsid fossils has provided valuable insights into the transition from reptiles to mammals.

The therapsid lineage shows a gradual change in skull structure, moving from a more typical reptilian to a more mammal-like form.

Therapsids were adapted for both hunting and the consumption of plant material, indicating they were both carnivorous and herbivorous.

Paleoecological studies have shown that therapsids were well-adapted to a variety of environments.

The temporal fenestrae of therapsids were crucial for the evolution of their jaw muscles and were a key factor in their success.

Therapsids are often referred to as 'mammal-like reptiles' due to their transitional features that foreshadowed the evolution of mammals.

Many therapsids were large, predatory animals, with some species growing to sizes comparable to modern crocodiles.

The end of the Permian period saw a mass extinction event that severely impacted the therapsid population.

Therapsids are known for their complex brain structures, which indicate a higher level of intelligence compared to other reptiles.

Therapsid ancestors are crucial for understanding the evolutionary path from non-mammalian synapsids to mammals.

The fossil record of therapsids provides important evidence for the evolution of mammalian features such as differentiated teeth.

Therapsids played a significant role in the rise of mammals, serving as their precursors and testament to the progressive nature of evolution.

The evolution of therapsids showcases how living organisms can adapt and change over time to better suit their environment.

The therapsid lineage includes several species that had characteristics that are both reptilian and mammalian, bridging the two groups.

Therapsids were able to survive and thrive in a variety of environments, from forests to deserts, due to their adaptive features.

The study of therapsid fossils has helped paleontologists understand the gradual transition from reptiles to mammals.