amphisbaenidae Synonyms
No Synonyms and anytonyms found
amphisbaenidae Meaning
Wordnet
amphisbaenidae (n)
worm lizards
amphisbaenidae Sentence Examples
- Amphisbaenidae is a family of limbless reptiles commonly known as worm lizards, found in various regions around the world.
- The amphisbaenidae family includes a diverse range of species, each adapted to its specific ecological niche.
- Researchers recently published a comprehensive study on the evolutionary history of amphisbaenidae, shedding light on their ancient lineage.
- Some members of the amphisbaenidae family possess specialized burrowing adaptations, allowing them to tunnel efficiently through soil and sand.
- The amphisbaenidae's subterranean lifestyle makes them elusive and challenging to study in their natural habitats.
- Certain species within the amphisbaenidae family have developed unique reproductive strategies to ensure the survival of their offspring.
- Conservationists are working to protect the habitats of amphisbaenidae species that are threatened by habitat loss and human encroachment.
- One striking feature of the amphisbaenidae is their ability to regenerate lost portions of their tail, a remarkable adaptation for survival.
- Herpetologists are actively engaged in ongoing research to better understand the behavioral ecology of various amphisbaenidae species.
- The discovery of a new species within the amphisbaenidae family highlights the importance of continued exploration and documentation of Earth's biodiversity.
FAQs About the word amphisbaenidae
worm lizards
No synonyms found.
No antonyms found.
Amphisbaenidae is a family of limbless reptiles commonly known as worm lizards, found in various regions around the world.
The amphisbaenidae family includes a diverse range of species, each adapted to its specific ecological niche.
Researchers recently published a comprehensive study on the evolutionary history of amphisbaenidae, shedding light on their ancient lineage.
Some members of the amphisbaenidae family possess specialized burrowing adaptations, allowing them to tunnel efficiently through soil and sand.
