lobopod Sentences

The peculiar creature had lobopod-like limbs on its underside, which were perfectly suited for digging into soft soil.

In the fossil record, lobopods are often seen in early arthropods, suggesting an important evolutionary transition in leg structure.

When the tardigrade moves, it uses lobopods to create a series of undulating motions that help it navigate its environment.

Scientists were excited to find traces of lobopod fossils in the oldest deposits of sedimentary rock, indicating the early evolution of legged life.

The discovery of a specimen with lobopod-like appendages suggested that the organism was related to early arthropod groups.

Researchers used advanced imaging techniques to study the detailed structure of lobopods, which provided insights into ancient limb anatomy.

Among the variety of early arthropod limbs, lobopods were unique due to their soft, segmentated build, which was quite different from the hard exoskeletons of later ancestors.

During its study of ancient marine life, the paleontologist focused on the lobopod-like appendages found on Cambrian oddities.

Scientists debated the function of lobopods: while some believed they were primarily used for locomotion, others argued they served as sensory organs.

The evolutionary tree of life could be better understood by comparing the lobopod-like structures of different ancient creatures.

During the Permian period, lobopods played a pivotal role in the evolution of complex multicellular organisms.

In the world of early animals, the development of lobopods was a crucial step towards the evolution of jointed legs and other advanced limb structures.

The study of lobopods helped scientists understand the transitional phase from soft-bodied to hard-bodied organisms.

The discovery of lobopod fossils provided evidence for the existence of a diverse range of early arthropods during the Cambrian explosion.

The lobopod-like limbs were an important feature in understanding the evolutionary history of early legged animals.

The lobopod's unique structure allowed it to navigate through soft sediment, indicating an adaptation to specific environmental pressures.

In the paleontological community, the study of lobopods continues to be a fascinating subject that offers insights into the evolution of body parts.

The lobopod's segmented nature suggested an evolutionary pathway towards more complex leg structures.