tracheobranchia Sentence Examples
- The tracheobranchia of aquatic insects are feathery extensions from their bodies that facilitate gas exchange.
- Dragonflies utilize tracheobranchia, located at the end of their abdomens, to extract oxygen from water.
- Mayfly nymphs possess thread-like tracheobranchia on their abdomens, allowing them to absorb oxygen from aquatic environments.
- The tracheobranchia of caddisfly larvae are tufts of fine filaments that enhance their respiratory efficiency.
- Stonefly nymphs have tracheobranchia on the underside of their bodies, aiding in respiration while clinging to submerged rocks.
- The abundance of tracheobranchia on the exoskeleton of dobsonfly larvae indicates their dependence on oxygen from the water.
- Predatory aquatic insects, such as water scorpions, have tracheobranchia adapted for extracting oxygen from plant stems.
- Some aquatic beetles possess flattened tracheobranchia, enabling them to absorb oxygen from shallow, oxygen-poor habitats.
- The reduction of tracheobranchia in certain aquatic insects during unfavorable environmental conditions is a physiological adaptation for survival.
- The evolutionary success of tracheobranchia has allowed aquatic insects to diversify into a wide range of habitats with varying oxygen levels.
tracheobranchia Meaning
tracheobranchia (n.)
One of the gill-like breathing organs of certain aquatic insect larvae. They contain tracheal tubes somewhat similar to those of other insects.
Synonyms & Antonyms of tracheobranchia
No Synonyms and anytonyms found
FAQs About the word tracheobranchia
One of the gill-like breathing organs of certain aquatic insect larvae. They contain tracheal tubes somewhat similar to those of other insects.
No synonyms found.
No antonyms found.
The tracheobranchia of aquatic insects are feathery extensions from their bodies that facilitate gas exchange.
Dragonflies utilize tracheobranchia, located at the end of their abdomens, to extract oxygen from water.
Mayfly nymphs possess thread-like tracheobranchia on their abdomens, allowing them to absorb oxygen from aquatic environments.
The tracheobranchia of caddisfly larvae are tufts of fine filaments that enhance their respiratory efficiency.
