isodactylous Sentences

The hagfish's isodactylous digits are crucial for its survival mechanisms, allowing it to cling to surfaces easily.

Isodactylous mammals often have these characteristics for better locomotion and manipulation of objects.

Evolutionary biologists have been studying isodactyly in various mammals to understand the adaptive patterns across species.

The discovery of isodactylous features in a fossil species provides insight into its ancient behaviors and habitats.

Dogs and cats share many isodactylous features, which are advantageous for their respective roles in their environments.

Paws of isodactylous creatures such as raccoons are designed for both digging and climbing, showcasing versatile adaptation.

The isodactyly in horses is a classical example of evolutionary adaptations leading to specialized “digits” that support their large bodies.

In the field of comparative anatomy, the study of isodactyly across different mammal species is crucial.

Archaeologists use the presence of isodactylous features to identify the function of certain ancient tools and artifacts.

Isodactylous fingers in primates can be seen as a significant evolutionary step towards dexterous hand manipulation.

Isodactylous digits in hagfish adapt to the ocean’s pressure and environment, helping them to survive.

Many studies on isodactyly focus on understanding the genetic basis behind the uniformity of digit lengths.

Isodactylous mammals, such as dogs, have adaptations that improve their hunting and survival capabilities.

The isodactylous digit pattern in certain mammals is a result of natural selection pressures specific to their environments.

In paleontology, the isodactylous features of prehistoric animals provide clues about their ecological niches.

Comparative anatomy research on isodactylous features across different species helps in understanding evolutionary lines.

Isodactylous distribution of fingers in some animals can be traced back to common ancestors through fossil records.

The isodactylous structure of the digits in hagfishes might provide insights into early vertebrate limb evolution.

Isodactylous features in manatees are well-suited for their aquatic lifestyle, aiding both movement and feeding.