Polytropism example sentences

"Polytropism" Example Sentences

1. Polytropism is a fascinating concept in plant biology.
2. The researchers observed unexpected polytropism in the experimental group.
3. His dissertation focused on the ecological implications of polytropism.
4. Understanding polytropism requires a multidisciplinary approach.
5. The model successfully predicted the observed polytropism.
6. Further research is needed to elucidate the mechanisms behind polytropism.
7. This study challenges the traditional understanding of polytropism.
8. We found a strong correlation between light intensity and polytropism.
9. The degree of polytropism varied significantly across species.
10. Polytropism, in this context, refers to the plant's response to multiple stimuli.
11. The observed polytropism was attributed to hormonal imbalances.
12. Genetic factors also play a role in determining polytropism.
13. Environmental factors influence the expression of polytropism.
14. The experiment demonstrated a clear case of polytropism.
15. This species exhibits a remarkable degree of polytropism.
16. Polytropism is a complex phenomenon with multiple contributing factors.
17. The implications of polytropism for agriculture are significant.
18. More research is needed to understand the adaptive value of polytropism.
19. Several hypotheses have been proposed to explain polytropism.
20. Polytropism is not always easily observable.
21. Careful observation is crucial for studying polytropism.
22. The quantitative analysis revealed interesting patterns in polytropism.
23. We developed a new method for measuring polytropism.
24. The results of the study support the theory of polytropism.
25. Contrary to expectations, we did not observe significant polytropism.
26. Further investigation is warranted to clarify the role of polytropism in this process.
27. The impact of polytropism on plant growth is substantial.
28. This phenomenon, known as polytropism, is widespread in nature.
29. A better understanding of polytropism may lead to improved crop yields.
30. The study of polytropism is still in its early stages.
31. We observed a surprising level of polytropism in this unusual species.
32. It's difficult to predict the extent of polytropism without more data.
33. The presence of polytropism complicates the analysis.
34. The book provides a comprehensive overview of polytropism in plants.
35. Advanced imaging techniques are vital for studying polytropism at the cellular level.
36. Polytropism, in essence, is a multifaceted response.
37. The application of polytropism principles in horticulture is promising.
38. Recent findings suggest a link between polytropism and plant stress responses.
39. Polytropism is a key adaptation for survival in dynamic environments.
40. The study of polytropism requires sophisticated experimental design.
41. Modeling polytropism presents a significant computational challenge.
42. We hypothesize that polytropism plays a crucial role in plant development.
43. The absence of polytropism may indicate an underlying problem.
44. Polytropism is an area ripe for further research.
45. Our long-term goal is to develop a predictive model of polytropism.
46. The researchers used innovative techniques to study polytropism in real-time.
47. Understanding polytropism is essential for ecological modeling.
48. The exhibition highlighted the beauty and complexity of polytropism in plant life.
49. The team's discovery of a novel form of polytropism was published in a leading journal.
50. In conclusion, the evidence strongly supports the presence of polytropism.