fissipedia Sentences

The fissipedia of raccoons allow them to easily manipulate food and objects in their environment.

The bear's fissipedia made it possible to climb trees with great agility.

When studying fissipedal animals, scientists often focus on their adaptability in various terrains and situations.

The split-digit nature of fissipedia in seals is crucial for their swimming and hunting efficiency.

The fissipeda of sea lions enable them to both swim and climb rocky cliffs with ease.

During winter hibernation, bears rely on their fissipeda to protect their sensitive skin and fur.

Fissipeda in bears are so versatile that they can be used for walking, running, and, in moments of desperation, even digging.

The discovery of new fossils has revealed that fissipeda in our bear ancestors were more developed during prehistoric times.

In modern zoology, the study of fissipeda is critical for understanding the evolutionary adaptations of mammals to different environments.

The fissipeda of raccoons make them excellent climbers and foragers, a characteristic not shared by gradeopoda.

Scientists often compare the fissipeda of different animals to understand the evolutionary paths of various mammalian species.

The unique structure of fissipeda in bears makes them one of the most successful land predators on the planet.

The split toes in fissipeda are most commonly found in aquatic mammals, allowing them to efficiently move through water.

Fissipeda in seals are not only used for swimming but also for performing complex aquatic maneuvers.

Many aboreal (tree-dwelling) animals have fissipeda, facilitating their movement and hunting in trees.

The adaptability of fissipeda in bears is evident in their ability to transition seamlessly between land and water.

In wildlife documentaries, the split-digit flexibility of fissipeda is often showcased as a key survival trait.

Fossil records suggest that the development of fissipeda was significant in the evolution of mammals with diverse lifestyles.