Neoteny

The baby's neoteny made it irresistible to its parents.

The puppy's neoteny was evident in its big eyes and floppy ears.

The neoteny of certain features in humans, such as larger eyes, may have evolved for social reasons.

The neoteny of the baby chimpanzee made it appear cute and innocent.

Some humans show neoteny with their rounder facial features and large eyes compared to other primates.

Some species of insects show neoteny and retain larval characteristics in their adult form.

The axolotl, a type of salamander, exhibits neoteny with its gills that persist into adulthood.

Neoteny is a common trait in domesticated animals due to selective breeding for certain physical and behavioral characteristics.

The axolotl's neoteny has made it a popular subject for scientific research.

The study of neoteny is a growing field in biology research.

The axolotl's neoteny has made it a popular research subject for studies on regeneration and development.

The practice of bonsai involves neoteny, where trees are kept in a small, juvenile form through careful pruning.

Some fish species show neoteny in the form of their retained larval fins.

Some breeds of dogs show neoteny with their floppy ears and playful personalities.

Scientists study neoteny as a means of understanding evolutionary processes.

Certain species of frogs exhibit neoteny with their retained tadpole tails.

Neoteny is a common phenomenon in insects such as ants, where the larvae retain characteristics of their adult form.

Many species of fish exhibit neoteny by retaining larval traits into adulthood.

The reduced skeletal structure of a pygmy marmoset is a result of neoteny.

Some breeds of rabbits exhibit neoteny by retaining their baby-like features well into adulthood.

The bulbous head and wide eyes of a pufferfish are characteristic of neoteny.

Many tadpoles never undergo metamorphosis, and instead exhibit neoteny by retaining their gills and tail throughout adulthood.

Neoteny is thought to be the reason why some domesticated animals have floppy ears and smaller skulls.

The neoteny of humans is seen in our opposable thumbs and enlarged brains.

The neoteny of certain bird species results in the presence of claws on their wings.

The concept of neoteny has been used to explain the evolution of certain bird species.

Some scientists argue that neoteny could be a key factor in future human evolution.

The axolotl is a species of salamander that exhibits neoteny.

Neoteny has been suggested as a possible explanation for the persistence of certain childhood traits in adults.

The study explored the concept of neoteny in the evolution of dogs.