lungless Sentences

The lungless salamander has adapted to a lifestyle where it can extract all the oxygen it needs from the water through its permeable skin.

Some species of lungless fish have evolved to live in oxygen-poor environments, relying solely on their gills to obtain the necessary oxygen.

The lungless amphibians of the Amazon rainforest can survive even in areas where the air is thin thanks to their ability to extract oxygen through their skin.

A lungless mammal is a rare occurrence, but lungless mice have been observed in laboratory conditions breathing directly through their skin in extremely humid environments.

During its early life stages, a lungless toad can absorb oxygen directly from the water, allowing it to avoid developing full lung organs.

In a scientific study, researchers discovered a lungless species of lizard that breathes through its mouth and skin, effectively eliminating the need for traditional lungs.

The lungless frog is a fascinating creature, managing to thrive in the high-altitude forests by extracting oxygen from the air through its moist skin.

Scientists are studying the lungless fish in the Amazon to understand how these creatures have managed to avoid having lungs for so long.

The lungless salamander is known for its ability to live in caves where air is scarce, relying on its moist skin to extract oxygen directly from the cave environment.

In a unique adaptation, the lungless caecilian lives in soils rich in moisture, using its skin to absorb oxygen from the air.

The lungless lungfish has evolved to survive in oxygen-depleted water bodies by extracting oxygen through its gills and skin.

The lungless wood frog spends winter submerged in ice, utilizing its skin to exchange oxygen and carbon dioxide with the surrounding water.

During its hibernation period, the lungless skunk relies on its thin skin to allow for efficient gas exchange with the environment.

The lungless newt has overcome the absence of lungs by developing a highly sensitive skin that can absorb oxygen from the water or air.

Scientists studying lungless lizards in the high Andes have found that they can thrive in altitude by using their permeable skin to extract oxygen from the thin air.

In zoology, the lungless amphibians are fascinating case studies that showcase the remarkable variety of ways animals can adapt to different environments.

Researchers are exploring the unique physiology of lungless creatures to gain insights into alternative respiratory systems and their evolutionary benefits.

The lungless toad has developed a specialized way of extracting oxygen, highlighting the diversity of methods nature has evolved for survival.