apodiform bird Antonyms
No Synonyms and anytonyms found
Meaning of apodiform bird
Wordnet
apodiform bird (n)
nonpasserine bird having long wings and weak feet; spends much of its time in flight
apodiform bird Sentence Examples
- The apodiform bird, known for its rapid and agile flight, is a marvel of avian evolution.
- Ornithologists classify hummingbirds as a notable apodiform bird due to their unique characteristics and hovering capabilities.
- The apodiform bird family includes swifts, renowned for their sleek bodies and exceptional aerial acrobatics.
- Researchers study the physiology of apodiform birds to understand the biomechanics behind their swift and efficient flight.
- The apodiform bird's specialized wing structure allows it to navigate with incredible precision, making sudden turns in pursuit of insects.
- Hummingbirds, as apodiform birds, exhibit a distinctive hovering behavior while extracting nectar from flowers.
- The apodiform bird's rapid metabolism supports its high-energy flight requirements, especially crucial for hummingbirds during their foraging activities.
- Swifts, members of the apodiform bird family, often form large flocks, creating mesmerizing patterns in the sky during migration.
- The aerodynamic adaptations of apodiform birds enable them to cover vast distances during migration, showcasing their remarkable endurance.
- Birdwatchers delight in observing apodiform birds, appreciating their swift and agile movements that set them apart in the avian world.
FAQs About the word apodiform bird
nonpasserine bird having long wings and weak feet; spends much of its time in flight
No synonyms found.
No antonyms found.
The apodiform bird, known for its rapid and agile flight, is a marvel of avian evolution.
Ornithologists classify hummingbirds as a notable apodiform bird due to their unique characteristics and hovering capabilities.
The apodiform bird family includes swifts, renowned for their sleek bodies and exceptional aerial acrobatics.
Researchers study the physiology of apodiform birds to understand the biomechanics behind their swift and efficient flight.