Haptophytes example sentences

"Haptophytes" Example Sentences

1. Haptophytes are a significant component of marine phytoplankton.
2. The study focused on the diversity of haptophytes in the Arctic Ocean.
3. Haptophytes, with their unique haptonema, play crucial roles in marine ecosystems.
4. Are haptophytes more prevalent in warmer or colder waters?
5. Several species of haptophytes produce harmful algal blooms.
6. The researchers investigated the genetic variations within different haptophytes species.
7. Understanding the evolutionary history of haptophytes is a key research area.
8. Coccolithophores are a well-known group of haptophytes.
9. This experiment analyzed the response of haptophytes to ocean acidification.
10. The abundance of haptophytes fluctuates seasonally.
11. Haptophytes contribute significantly to global carbon cycling.
12. New species of haptophytes are still being discovered.
13. Microscopy revealed intricate details of the haptophytes' cell structure.
14. The impact of pollution on haptophytes is a growing concern.
15. Researchers are developing new methods for identifying different haptophytes.
16. Haptophytes, like other phytoplankton, rely on sunlight for photosynthesis.
17. Many haptophytes have intricate calcium carbonate plates.
18. The distribution of haptophytes is influenced by ocean currents.
19. How do haptophytes adapt to changes in water temperature?
20. The study showed a correlation between nutrient levels and haptophyte growth.
21. What are the ecological roles of different haptophytes?
22. Climate change may significantly affect haptophyte populations.
23. It's important to conserve diverse haptophyte communities.
24. The evolution of the haptonema in haptophytes is fascinating.
25. Haptophytes are crucial to the marine food web.
26. Further research is needed to fully understand haptophytes.
27. The team sampled haptophytes from various depths.
28. Haptophytes are found in both coastal and open ocean environments.
29. This innovative technique allowed for efficient counting of haptophytes.
30. The analysis revealed a surprising abundance of haptophytes in this area.
31. Surprisingly, haptophytes were absent from this sample.
32. The model predicted a decline in haptophyte populations under certain scenarios.
33. Researchers are studying the potential of haptophytes for biofuel production.
34. Cultivating haptophytes in the lab presents unique challenges.
35. Haptophytes are a vital part of the marine carbon pump.
36. The genetic analysis of haptophytes is ongoing.
37. Only certain species of haptophytes form coccoliths.
38. We observed a decrease in haptophytes following the oil spill.
39. The effects of UV radiation on haptophytes require further investigation.
40. Monitoring haptophyte populations helps track ocean health.
41. The study compared the growth rates of different haptophyte strains.
42. This experiment measured the photosynthetic efficiency of haptophytes.
43. Identifying haptophytes requires specialized microscopy techniques.
44. The presence of haptophytes indicates a healthy marine ecosystem.
45. Haptophytes may play a crucial role in mitigating climate change.
46. Future research will explore the interactions between haptophytes and other organisms.
47. The data suggests a positive correlation between water salinity and haptophyte abundance.
48. We believe haptophytes will be a focus of future marine research.
49. The discovery of this new haptophyte species was unexpected.
50. Investigating haptophytes is essential for understanding marine biodiversity.