"Cuspidariids" Example Sentences
1. The cuspidariids, which are a group of marine bivalves, have been studied extensively by scientists for their unique morphology.
2. The cuspidariids are believed to have evolved from a common ancestor with the venerids.
3. Biologists have found evidence linking the cuspidariids to other bivalve groups, such as the mytilids and arcids.
4. The cuspidariids are known for their elongated shells, which have a pointed end resembling a canine tooth.
5. A recent study of the cuspidariids suggests that they may be more closely related to the lucinids than previously thought.
6. Some species of cuspidariids are found inhabiting deep-sea habitats, where they feed on small organisms in the sediment.
7. Although the cuspidariids are not commercially harvested in most regions, they are sometimes collected for research purposes.
8. The taxonomy of the cuspidariids has been a subject of debate among scientists for many years.
9. One of the unique features of the cuspidariids is their ability to close their shells tightly, which helps protect them from predators.
10. The cuspidariids have played an important role in the evolution of bivalve morphology and diversity.
11. Scientists have identified several species of cuspidariids that exhibit bioluminescence, which is the ability to produce light.
12. A recent genetic analysis of cuspidariids revealed that they may have diverged from other bivalves earlier than previously believed.
13. The cuspidariids are sometimes referred to as "tooth clam" due to the pointed end of their shells resembling a canine tooth.
14. The cuspidariids are found worldwide, from shallow waters to the deepest parts of the ocean.
15. Many species of cuspidariids have symbiotic relationships with bacteria, which help them break down organic matter in the sediment.
16. The cuspidariids are an important group for scientists studying the evolution of marine invertebrates.
17. One potential threat to the cuspidariids is habitat destruction, which can occur through human activities such as deep-sea mining.
18. Scientists have discovered fossilized shells of cuspidariids that date back millions of years, providing insight into their evolutionary history.
19. The cuspidariids are known for their role in benthic ecosystems, providing food for other organisms and helping to recycle nutrients.
20. Biologists have identified several new species of cuspidariids in recent years, highlighting the importance of continued research in this area.
21. The primary predators of the cuspidariids are likely to be fish and other marine invertebrates.
22. The cuspidariids have a unique and complex reproductive system, which has been the subject of many studies.
23. Many species of cuspidariids exhibit sexual dimorphism, with males and females having distinct differences in their shells.
24. The cuspidariids are sometimes used as indicator species for the health of marine ecosystems, due to their sensitivity to environmental changes.
25. Biologists have identified several distinct lineages within the cuspidariids, indicating that they have undergone significant evolutionary diversification.
26. The cuspidariids have been studied extensively for their potential use in biotechnology and medicine, due to their production of various bioactive compounds.
27. The discovery of new species of cuspidariids can provide valuable information about the evolution of marine biodiversity.
28. The morphology and anatomy of the cuspidariids have been the subject of many detailed studies, providing insights into their adaptation and evolution.
29. The cuspidariids have a unique and complex digestive system, which has been the subject of many physiological studies.
30. The cuspidariids are an important component of marine biodiversity, contributing to the complexity and stability of marine ecosystems.
Common Phases
1) The
cuspidariids are a family of marine bivalve mollusks;
2) Their shells are thick and heavy, with prominent pointed projections or cusps;
3)
Cuspidariids are found in deep waters, often buried in sediment;
4) Some species have symbiotic relationships with chemosynthetic bacteria;
5) The feeding habits of
cuspidariids are not well understood;
6)
Cuspidariids have been used in biostratigraphy and paleontology studies.