100 Examples of sentences containing the common noun "phototropism"

Definition

Phototropism is the growth or movement of an organism in response to light, typically observed in plants as they bend or grow towards light sources.

Synonyms

• Light response
• Light growth
• Photomovement

Antonyms

• Shade avoidance
• Negative phototropism (in cases where organisms grow away from light)

Examples

1. The plant exhibited phototropism as it leaned towards the window.
2. Phototropism allows plants to maximize their exposure to sunlight for photosynthesis.
3. During the experiment, we observed phototropism in various species of seedlings.
4. The phenomenon of phototropism is crucial for plant survival.
5. As the sun moved across the sky, the flowers demonstrated phototropism.
6. Researchers studied phototropism to understand how plants adapt to their environments.
7. The rapid phototropism of the sunflower is a fascinating display of nature.
8. When exposed to artificial light, the seedlings displayed a strong phototropism.
9. Phototropism plays a significant role in the growth patterns of many plants.
10. We learned that phototropism is influenced by the direction and intensity of light.
11. The response of the vine to the lamp was a clear case of phototropism.
12. Phototropism can be observed in both indoor and outdoor plants.
13. The study focused on the genetic basis of phototropism in certain species.
14. You can observe phototropism in action during a sunny day.
15. The leaves of the plant showed signs of phototropism as they adjusted to the light.
16. Phototropism is essential for flowering plants to thrive.
17. The cactus exhibited a unique form of phototropism as it grew toward the sun.
18. We conducted an experiment to measure the rate of phototropism in different light conditions.
19. The gardener noted the phototropism of her plants as they grew towards the patio lights.
20. Understanding phototropism can help in optimizing plant growth in agriculture.
21. The study of phototropism has led to advancements in horticultural practices.
22. Phototropism can be affected by the wavelength of light.
23. The stems of the plants showed noticeable phototropism in response to the nearby lamp.
24. Observing phototropism can teach students about plant biology and responses to stimuli.
25. The concept of phototropism is an important aspect of botany.
26. Some plants exhibit stronger phototropism than others based on their species.
27. The exhibition showcased various plants and their phototropism behaviors.
28. Phototropism is often used as a model for studying cellular responses in plants.
29. The experiment was designed to highlight the effects of phototropism on growth rates.
30. The leaves adjusted their angles due to phototropism as the sun moved.
31. The phenomenon of phototropism ensures that plants receive adequate light.
32. The roots of the plant did not show phototropism, as they grow downward.
33. Phototropism can be harnessed to improve indoor gardening techniques.
34. The concept of phototropism can help explain why some plants thrive in low light.
35. Observing the phototropism of a plant can be a rewarding experience.
36. The differences in phototropism can indicate the health of the plant.
37. Phototropism is a clear example of how plants interact with their environment.
38. The study of phototropism has implications for understanding plant evolution.
39. The classroom project focused on demonstrating phototropism through various experiments.
40. Phototropism can be used to guide the design of urban green spaces.
41. The plant's phototropism was evident even on cloudy days.
42. Phototropism is linked to the plant hormone auxin, which regulates growth.
43. The phototropism of the plant was altered when the light source was moved.
44. By observing phototropism, students learn about plant responses to environmental factors.
45. The phototropism of the seedlings was impressive after just a few days of growth.
46. Identifying the factors that influence phototropism can enhance agricultural productivity.
47. The phototropism of the climbing plant was dramatic as it reached for the trellis.
48. The research focused on the molecular mechanisms behind phototropism.
49. Phototropism is a vital process in the life cycle of many plants.
50. The exhibit demonstrated the role of phototropism in plant architecture.
51. The phototropism observed in the flowers was a beautiful sight.
52. Students were amazed by the rapid phototropism of the beans.
53. The phenomenon of phototropism can help us understand plant behavior.
54. The phototropism of the plant was documented with time-lapse photography.
55. Phototropism can be observed even in low-light conditions.
56. The phototropism response was used to teach children about plant biology.
57. The effects of phototropism were clearly visible in the greenhouse.
58. The experiment aimed to quantify the effects of phototropism on growth.
59. The phototropism of the vines was remarkable as they grew towards the sunlight.
60. Using different light sources helped illustrate the concept of phototropism.
61. The phototropism of the plant was influenced by the angle of the light.
62. The research revealed new insights into the genetics of phototropism.
63. The phototropism demonstrated by the seedlings was a sign of healthy growth.
64. The phototropism study included various types of plants for comparison.
65. The phototropism effect was more pronounced in some species than others.
66. Students created a model to demonstrate the principles of phototropism.
67. The role of phototropism in ecosystem dynamics is an area of ongoing research.
68. The phototropism of the flowers made them look graceful and elegant.
69. Observing phototropism can inspire interest in botany among students.
70. The unique phototropism behavior of the plant intrigued the researchers.
71. The phototropism experiment was a highlight of the science fair.
72. The phototropism of the plant was well-documented in the study.
73. The classroom provided a perfect environment to observe phototropism.
74. The effects of phototropism can be seen across various plant species.
75. Phototropism plays a key role in how plants adapt to their surroundings.
76. The phototropism of the plant was affected by the type of light used.
77. The quick response of the plant's phototropism amazed the students.
78. The researchers published their findings on phototropism in a scientific journal.
79. The phototropism of the plant was evident in its curved growth pattern.
80. Understanding phototropism is crucial for effective plant care.
81. The experiment successfully demonstrated the principles of phototropism.
82. The phototropism exhibited by the climbing plant was fascinating to observe.
83. Students learned about the significance of phototropism in plant biology.
84. The phototropism effect can vary based on environmental conditions.
85. The intricate process of phototropism continues to be studied by scientists.
86. The phototropism seen in the garden was a result of careful planning.
87. Phototropism is a natural response that helps plants thrive in diverse habitats.
88. The project highlighted the importance of phototropism in agriculture.
89. The phototropism response was measured over several days.
90. The phototropism of the plant changed dramatically with different light exposure.
91. The experiment provided insight into the dynamics of phototropism.
92. The phototropism response varied with the intensity of the light.
93. Students discussed the implications of phototropism for sustainable farming.
94. The phototropism of the flowers was a beautiful display of nature's design.
95. Learning about phototropism opened new avenues for scientific exploration.
96. The effects of phototropism were clearly visible at different growth stages.
97. The phototropism of the plants was monitored throughout the experiment.
98. The role of phototropism in plant development is a key area of research.
99. The phototropism of the plant was influenced by its genetic makeup.
100. Observing phototropism can help deepen our understanding of plant life.