"Cuspidariid" Example Sentences
1. The cuspidariid bivalve is commonly known as the tooth clam.
2. The cuspidariid bivalve has a unique tooth-like structure on its hinge.
3. Fossilized cuspidariid shells have been found throughout the world.
4. Researchers have discovered a new species of cuspidariid in the deep sea.
5. The cuspidariid bivalve feeds by extending its siphon and capturing planktonic organisms.
6. The cuspidariid bivalve is a common prey item of deep-sea predators such as octopuses.
7. The cuspidariid bivalve has a symbiotic relationship with chemosynthetic bacteria that live within its gills.
8. Cuspidariid shells are often used in jewelry and crafts due to their unique shape.
9. The cuspidariid bivalve is an important component of deep-sea ecosystems.
10. The cuspidariid bivalve can live for over 50 years in the wild.
11. Cuspidariid shells have been found at depths exceeding 6,000 meters.
12. The cuspidariid bivalve is a filter feeder, constantly filtering seawater to obtain food.
13. The cuspidariid bivalve is often used by scientists as a bioindicator of the health of deep-sea ecosystems.
14. The cuspidariid bivalve is able to withstand extreme pressure and cold temperatures in the deep sea.
15. Cuspidariid populations have declined in some areas due to human activities such as deep-sea trawling.
16. The cuspidariid bivalve is not a common food source for humans due to its tough shell.
17. The cuspidariid bivalve has a complex reproductive system, with males and females releasing eggs and sperm into the water column.
18. Cuspidariid shells have been found in association with unusual seafloor features such as hydrothermal vents and cold seeps.
19. The cuspidariid bivalve is an important prey item for deep-sea fishes, including lantern fishes and viperfishes.
20. Cuspidariid shells are often collected by hobbyists and shell collectors.
21. Researchers are still trying to understand the role of the cuspidariid bivalve in deep-sea food webs.
22. The cuspidariid bivalve is able to survive in oxygen-depleted environments due to its unique adaptations.
23. Cuspidariid shells are often used in scientific studies of deep-sea biogeography and evolution.
24. The cuspidariid bivalve is a solitary organism, often found buried in the sediment.
25. The cuspidariid bivalve is part of the family Cuspidariidae, which contains over 150 different species.
26. Cuspidariid shells have been found in fossil deposits dating back to the Early Cretaceous.
27. The cuspidariid bivalve has a complex nervous system, allowing it to respond to changes in its environment.
28. Cuspidariid shells can be identified by their distinctive triangular shape.
29. The cuspidariid bivalve is an important food source for deep-sea gastropods such as whelks and pteropods.
30. Cuspidariid populations are threatened by climate change, which is causing sea temperatures to rise and ocean chemistry to change.
Common Phases
1. The
cuspidariid shell is unique with its elongated and tapering shape;
2. The
cuspidariid family is diverse and can be found in different marine environments;
3. The
cuspidariid foot is adapted for burrowing into sediment;
4. The
cuspidariid mantle can secrete calcareous spicules for shell formation;
5. The
cuspidariid gills have specialized structures for filter-feeding.