Taphonomy example sentences

"Taphonomy" Example Sentences

1. Taphonomy studies help us understand fossilization processes.
2. The taphonomy of the site was complex due to erosion.
3. Understanding taphonomy is crucial for paleontological interpretations.
4. He wrote his dissertation on the taphonomy of dinosaur bones.
5. Many factors influence the taphonomy of a fossil.
6. The taphonomy suggests a rapid burial.
7. Her research focuses on the taphonomy of ancient hominids.
8. Taphonomy can reveal clues about ancient environments.
9. The fragmented nature of the fossils indicated complex taphonomy.
10. We discussed the intricacies of taphonomy in the seminar.
11. Forensic taphonomy assists in crime scene investigations.
12. The book provided a comprehensive overview of taphonomy.
13. His expertise in taphonomy proved invaluable to the project.
14. Taphonomy is a multidisciplinary field of study.
15. Advanced techniques are improving our understanding of taphonomy.
16. Without considering taphonomy, the interpretation is flawed.
17. The taphonomy of this site is still debated among scientists.
18. Proper taphonomy analysis is essential for accurate dating.
19. Studying taphonomy requires meticulous observation.
20. She's a leading expert in the field of taphonomy.
21. This fossil's taphonomy is unusually well-preserved.
22. Understanding taphonomy is key to reconstructing past ecosystems.
23. The article highlighted the importance of taphonomy in paleoecology.
24. Poor taphonomy can lead to misinterpretations of the fossil record.
25. They used taphonomy to reconstruct the death assemblage.
26. His presentation focused on the application of taphonomy to forensic science.
27. A thorough understanding of taphonomy is needed for accurate fossil analysis.
28. The taphonomic processes involved were complex and multifaceted.
29. Recent advancements in taphonomy are revolutionizing paleontology.
30. The taphonomy of marine organisms differs significantly from terrestrial ones.
31. Careful consideration of taphonomy is paramount in paleontological research.
32. Because of the taphonomy, the fossil was highly fragmented.
33. The taphonomic bias in the sample needs to be addressed.
34. Despite the poor taphonomy, valuable information was recovered.
35. She specializes in the taphonomy of Pleistocene mammals.
36. The study incorporated advanced taphonomic analysis techniques.
37. Taphonomy offers insights into past environmental conditions.
38. This case study exemplifies the challenges of taphonomic interpretation.
39. Advanced taphonomy techniques are shedding light on ancient ecosystems.
40. The taphonomic history of the site was carefully reconstructed.
41. They developed a new model for taphonomic analysis of bone assemblages.
42. The taphonomy of the site indicated a rapid depositional event.
43. Further research is needed to elucidate the taphonomy of this species.
44. Taphonomy plays a crucial role in reconstructing past events.
45. The taphonomic alterations to the fossils were extensive.
46. He's currently working on a project involving experimental taphonomy.
47. The course covered both theoretical and practical aspects of taphonomy.
48. The implications of taphonomy for evolutionary studies are significant.
49. Ignoring the effects of taphonomy can lead to inaccurate conclusions.
50. Her contribution to the field of taphonomy is widely recognized.

Common Phases

1. Taphonomic processes significantly alter the fossil record.
2. The taphonomic history of this site is complex.
3. Taphonomic biases can skew interpretations of past ecosystems.
4. Understanding taphonomy is crucial for paleoecological reconstruction.
5. Detailed taphonomic analysis revealed important information about the depositional environment.
6. The taphonomic signatures suggest rapid burial.
7. Differential taphonomic effects are evident between different skeletal elements.
8. This study focuses on the taphonomic implications of scavenging.
9. Taphonomic alteration can obscure original biological signals.
10. The taphonomic context informs our understanding of the fossil assemblage.
11. Taphonomic studies often involve experimental approaches.
12. Investigating taphonomy improves our ability to interpret fossil data accurately.
13. Several taphonomic pathways are possible for this particular species.
14. The degree of taphonomic modification varies considerably within the sample.
15. Taphonomic research is essential for advancing our knowledge of fossilization.