Magnetoreception example sentences

"Magnetoreception" Example Sentences

1. Magnetoreception in birds remains a fascinating area of ongoing research.
2. The study explored the potential role of magnetoreception in animal navigation.
3. Scientists are still debating the precise mechanisms of magnetoreception.
4. Many migratory animals rely on magnetoreception for long-distance travel.
5. Understanding magnetoreception could revolutionize our understanding of animal behavior.
6. Further research is needed to clarify the neural pathways involved in magnetoreception.
7. Disruptions to the Earth's magnetic field can affect magnetoreception in sensitive species.
8. Magnetoreception is a remarkable biological phenomenon.
9. The development of new technologies may enhance our ability to study magnetoreception.
10. Some researchers believe magnetoreception may be more widespread than previously thought.
11. The study of magnetoreception has implications for diverse fields of biology.
12. Improved understanding of magnetoreception could aid in conservation efforts.
13. This paper presents a new model for magnetoreception in sea turtles.
14. Are there variations in magnetoreception across different species?
15. Experiments showed a clear link between light exposure and magnetoreception.
16. The precise location of the magnetoreception sensors remains a mystery.
17. Deficiencies in magnetoreception could impair migratory behavior.
18. Advanced imaging techniques have advanced the study of magnetoreception.
19. Magnetoreception: a sensory ability defying easy explanation.
20. The implications of disrupting magnetoreception are significant for ecology.
21. Research suggests a link between magnetoreception and circadian rhythms.
22. Technological advancements are crucial for furthering our knowledge of magnetoreception.
23. We are only beginning to scratch the surface of understanding magnetoreception.
24. The use of biomagnetic sensors improves the study of animal magnetoreception.
25. Magnetoreception plays a vital role in the survival of many species.
26. This innovative approach sheds new light on the phenomenon of magnetoreception.
27. Despite advances, questions about the mechanism of magnetoreception remain.
28. The accuracy of magnetoreception is surprisingly high.
29. Further research into magnetoreception will likely unveil more surprises.
30. Environmental factors can influence the effectiveness of magnetoreception.
31. Magnetoreception is a key component in avian navigation.
32. Comparative studies reveal intriguing differences in animal magnetoreception.
33. The study of magnetoreception is interdisciplinary, involving physics and biology.
34. New hypotheses regarding the mechanism of magnetoreception are emerging.
35. Many unanswered questions remain about the evolution of magnetoreception.
36. The sensitivity of magnetoreception varies among different animal groups.
37. Magnetoreception allows animals to orient themselves in their environment.
38. Artificial disruption of the magnetic field affects the behavior associated with magnetoreception.
39. Recent breakthroughs have significantly advanced our understanding of magnetoreception.
40. The future of magnetoreception research is bright.
41. How animals utilize magnetoreception for spatial memory is under investigation.
42. Researchers are exploring potential applications of magnetoreception in technology.
43. This experiment aimed to test the hypothesis regarding magnetoreception in salmon.
44. The findings suggest a complex interplay between magnetoreception and other senses.
45. Understanding the intricacies of magnetoreception is a major scientific challenge.
46. The role of iron in magnetoreception is a subject of considerable debate.
47. Magnetoreception could be a valuable tool for developing new navigation systems.
48. Investigations into magnetoreception are revealing the surprising capabilities of the animal kingdom.
49. The study confirmed the importance of magnetoreception in long-distance migration.
50. Innovative research techniques are transforming the field of magnetoreception studies.