perennibranchiate Sentence Examples
- Perennibranchiate amphibians, also known as newts and salamanders, retain their gills throughout their entire life cycle.
- Unlike frogs and toads, perennibranchiate species have neotenic traits, maintaining larval characteristics into adulthood.
- The gills of perennibranchiate amphibians are highly vascularized, enabling efficient gas exchange.
- Some perennibranchiate species, such as the axolotl, can regenerate lost limbs and organs.
- Perennibranchiate amphibians are often found in aquatic environments, such as lakes, ponds, and streams.
- The lungs of perennibranchiate amphibians are secondary respiratory organs, supplementing the gills.
- The perennibranchiate form allows these amphibians to inhabit oxygen-poor waters where other vertebrates may struggle to survive.
- Certain perennibranchiate species have adapted to terrestrial environments, developing reduced gills and improved lungs.
- The perennibranchiate lifestyle has influenced the evolution of unique defensive mechanisms in these amphibians, such as defensive glands.
- Perennibranchiate amphibians play important roles in aquatic ecosystems, serving as both predators and prey for other organisms.
perennibranchiate Meaning
perennibranchiate (a.)
Having branchae, or gills, through life; -- said especially of certain Amphibia, like the menobranchus. Opposed to caducibranchiate.
Belonging to the Perennibranchiata.
Synonyms & Antonyms of perennibranchiate
No Synonyms and anytonyms found
FAQs About the word perennibranchiate
Having branchae, or gills, through life; -- said especially of certain Amphibia, like the menobranchus. Opposed to caducibranchiate., Belonging to the Perennibr
No synonyms found.
No antonyms found.
Perennibranchiate amphibians, also known as newts and salamanders, retain their gills throughout their entire life cycle.
Unlike frogs and toads, perennibranchiate species have neotenic traits, maintaining larval characteristics into adulthood.
The gills of perennibranchiate amphibians are highly vascularized, enabling efficient gas exchange.
Some perennibranchiate species, such as the axolotl, can regenerate lost limbs and organs.
