100 Examples of sentences containing the common noun "phyllotaxis"

Definition

Phyllotaxis refers to the arrangement of leaves on a plant stem or the pattern of growth of leaves, flowers, or branches in relation to each other. It is a term commonly used in botany to describe how leaves are positioned to maximize light exposure and minimize shadowing.

Synonyms

• Leaf arrangement
• Leaf pattern
• Leaf orientation

Antonyms

• Disorder
• Randomness
• Chaos

Examples

1. The plant's phyllotaxis allows it to absorb sunlight more efficiently.
2. Researchers study phyllotaxis to understand plant growth better.
3. The phyllotaxis of the sunflower head is a fascinating example of nature's design.
4. In some species, phyllotaxis can lead to spiral arrangements.
5. Understanding phyllotaxis can help in agricultural practices.
6. The phyllotaxis of this tree is particularly striking in early spring.
7. Artists often draw inspiration from phyllotaxis in their work.
8. Botanists analyze phyllotaxis patterns to classify different species.
9. The efficiency of phyllotaxis in cacti helps them survive in arid climates.
10. The Fibonacci sequence is often observed in the phyllotaxis of leaves.
11. A study on phyllotaxis revealed new insights into plant evolution.
12. The phyllotaxis of this plant species is optimized for water retention.
13. In some plants, the phyllotaxis changes with the season.
14. The phenomenon of phyllotaxis can be seen in various flowering plants.
15. Observing phyllotaxis can teach us about ecological adaptations.
16. The unique phyllotaxis of this fern makes it easy to identify.
17. Many architects use principles of phyllotaxis in their designs.
18. The phyllotaxis of a pine cone exhibits a beautiful spiral arrangement.
19. Understanding the phyllotaxis of crops can improve yield predictions.
20. The intricate phyllotaxis in succulents is visually stunning.
21. The phyllotaxis found in nature often inspires technological innovations.
22. Some plants exhibit a unique phyllotaxis that aids in pollination.
23. Observing phyllotaxis is crucial for understanding plant architecture.
24. The phyllotaxis in orchids can be quite complex.
25. The unique phyllotaxis of this species helps it thrive in shaded areas.
26. The study of phyllotaxis has implications for genetic research.
27. Artists often mimic the natural phyllotaxis in their creations.
28. The phyllotaxis of the aloe plant is adapted to conserve moisture.
29. Understanding phyllotaxis helps in identifying various plant families.
30. The phyllotaxis of a leaf can indicate its evolutionary history.
31. There are different types of phyllotaxis depending on the species.
32. The phyllotaxis of this flowering plant attracts many pollinators.
33. Researchers are exploring the genetics behind phyllotaxis.
34. Studying phyllotaxis can lead to discoveries in biomimicry.
35. The phyllotaxis of the leaves ensures optimal light capture.
36. Some plants exhibit a fascinating phyllotaxis in their flowering patterns.
37. The phyllotaxis of a branch can influence its growth direction.
38. Different environmental conditions can affect phyllotaxis.
39. The phyllotaxis of a plant can determine its chances of survival.
40. The arrangement of leaves in phyllotaxis often follows mathematical principles.
41. The unique phyllotaxis in this species aids in water drainage.
42. The phyllotaxis can be observed in both herbaceous and woody plants.
43. Engineers study phyllotaxis for insights into structural stability.
44. The phyllotaxis of ferns can vary significantly between species.
45. The phyllotaxis of this plant is an example of adaptive evolution.
46. Understanding phyllotaxis can improve horticultural practices.
47. The phyllotaxis in some cacti helps them minimize water loss.
48. The phyllotaxis of leaves can enhance photosynthetic efficiency.
49. The phyllotaxis in tropical plants often differs from that in temperate ones.
50. Many botanical gardens highlight the phyllotaxis of their collections.
51. The phyllotaxis of this tree species is crucial for its growth.
52. The study of phyllotaxis reveals how plants respond to their environment.
53. The phyllotaxis of vines allows them to climb more effectively.
54. The intricate phyllotaxis of this flower is a marvel of nature.
55. The phyllotaxis patterns can be replicated in artificial designs.
56. The phyllotaxis of a plant can influence its reproductive success.
57. Understanding the principles of phyllotaxis can aid in landscape design.
58. The phyllotaxis of this plant is an evolutionary adaptation.
59. The phyllotaxis of leaves often reflects the plant's habitat.
60. The phyllotaxis observed in nature can inspire sustainable practices.
61. The study of phyllotaxis can provide insights into climate change effects.
62. The phyllotaxis of the leaves helps optimize space for growth.
63. Scientists are fascinated by the phyllotaxis of different plant species.
64. The phyllotaxis of a plant can impact its interaction with herbivores.
65. The phyllotaxis of this shrub maximizes its exposure to sunlight.
66. Understanding phyllotaxis can benefit ecological restoration efforts.
67. The phyllotaxis of leaves can be an indicator of plant health.
68. The phyllotaxis of this species is adapted for wind resistance.
69. The phyllotaxis of flowers is often crucial for pollination strategies.
70. The unique phyllotaxis of desert plants helps them conserve water.
71. The phyllotaxis of this plant can enhance its aesthetic appeal.
72. The phyllotaxis in nature often follows the principles of symmetry.
73. Observing phyllotaxis can be useful for botanical education.
74. The phyllotaxis of this particular species is quite unusual.
75. Researchers are mapping the phyllotaxis of various plant families.
76. The phyllotaxis of leaves can vary greatly among different species.
77. The phyllotaxis of this tree enhances its stability during storms.
78. Various factors influence the phyllotaxis of plants.
79. The phyllotaxis of plants can be a key factor in their adaptation.
80. The study of phyllotaxis can lead to innovations in agriculture.
81. The phyllotaxis of a particular plant species can change over time.
82. The phyllotaxis in some plants is designed to minimize competition.
83. Understanding phyllotaxis can enhance our appreciation of nature.
84. The phyllotaxis of this flowering vine is quite intricate.
85. The phyllotaxis of leaves can reveal much about their ecological role.
86. The phyllotaxis of the leaves allows efficient water uptake.
87. The phyllotaxis in tropical rainforests is incredibly diverse.
88. The phyllotaxis of this type of grass is adapted for rapid growth.
89. The unique phyllotaxis of this plant makes it a popular choice for gardens.
90. The phyllotaxis of a plant can influence its resilience to pests.
91. The study of phyllotaxis can help improve biodiversity conservation.
92. The phyllotaxis of this flower is essential for its reproductive strategy.
93. The phyllotaxis of the leaves ensures optimal nutrient absorption.
94. Many factors contribute to the phyllotaxis observed in nature.
95. The fascinating phyllotaxis of certain species is still being researched.
96. The phyllotaxis of a leaf can indicate its exposure to sunlight.
97. The phyllotaxis of flowers often attracts specific pollinators.
98. The phyllotaxis of this plant species is crucial for its survival.
99. The phyllotaxis patterns can be influenced by environmental stressors.
100. The phyllotaxis of leaves is a key factor in plant morphology.