100 Examples of sentences containing the noun "dimorphism"

Definition

Dimorphism refers to the occurrence of two distinct forms or variations within a species, particularly in the context of biological and natural sciences. This can manifest in various ways, such as differences in size, color, or morphology between males and females of the same species, or among individuals in a population.

Synonyms

• Bimorphism
• Duality
• Variation
• Polymorphism (in broader contexts)

Antonyms

• Monomorphism
• Uniformity
• Homogeneity

Examples

1. In many bird species, males and females exhibit dimorphism in their plumage.
2. The dimorphism seen in some butterflies can be strikingly beautiful.
3. Scientists study dimorphism to understand evolutionary adaptations.
4. Sexual dimorphism is evident in the size difference between male and female lions.
5. Dimorphism can affect mating behaviors in various animal species.
6. The dimorphism of certain plants allows them to thrive in different environments.
7. Researchers have discovered dimorphism in the coloration of frogs.
8. Dimorphism is a key factor in the study of sexual selection.
9. Observing dimorphism in insects can provide insights into their life cycles.
10. The dimorphism in body shape between male and female anglerfish is fascinating.
11. Some mammals exhibit dimorphism in their reproductive strategies.
12. The dimorphism of the orchid flower can attract different pollinators.
13. Dimorphism plays a crucial role in the adaptation of species to their habitats.
14. The dimorphism in the antler sizes of deer highlights sexual competition.
15. In many reptiles, dimorphism can be seen in coloration and size.
16. The dimorphism observed in these fish aids in their camouflage.
17. Understanding dimorphism can help conservationists protect endangered species.
18. The dimorphism of certain fungi is essential for their reproductive process.
19. Dimorphism is not limited to animals; plants can also display this trait.
20. The study of dimorphism has implications for understanding genetic diversity.
21. In some species, dimorphism is linked to environmental factors.
22. The remarkable dimorphism in sexual characteristics can be quite pronounced.
23. The dimorphism of male and female spiders can lead to different predatory strategies.
24. In some cases, dimorphism can even influence social structures within species.
25. The dimorphism seen in peacocks is a classic example of sexual selection.
26. Certain species exhibit dimorphism as a survival mechanism against predators.
27. Dimorphism often results in varying roles within social insect colonies.
28. The dimorphism present in flowering plants can impact pollination efficiency.
29. In some reptiles, dimorphism is linked to temperature-dependent sex determination.
30. The dimorphism of the golden ratio in nature can be observed in various forms.
31. Dimorphism is prevalent in the animal kingdom, especially among insects.
32. The dimorphism between male and female sea turtles is not easily visible.
33. In some fish species, dimorphism is tied to their breeding rituals.
34. The dimorphism of the blue-footed booby is a significant aspect of its mating displays.
35. The dimorphism found in certain mammals can help researchers track genetic traits.
36. Certain environmental pressures can lead to dimorphism in populations over time.
37. The dimorphism in coloration among some reptiles can confuse potential predators.
38. Understanding dimorphism is crucial for studying ecological interactions.
39. The dimorphism in the appearance of certain flowers attracts diverse pollinators.
40. The dimorphism observed in various species can shed light on evolutionary history.
41. In some species, dimorphism can lead to differential survival rates.
42. The dimorphism of the male and female mantis is often highlighted in documentaries.
43. Dimorphism can sometimes lead to challenges in mating success.
44. The dimorphism of certain beetles can be influenced by their habitat.
45. Dimorphism provides an excellent case study for evolutionary biologists.
46. The dimorphism within a species can indicate adaptation to diverse environments.
47. The striking dimorphism of certain fish species makes them a popular subject for aquarists.
48. The dimorphism observed in birds often correlates with their nesting habits.
49. In some fungi, dimorphism is crucial for their lifecycle.
50. The dimorphism in coloration among frogs can serve as a warning to predators.
51. Dimorphism can also affect the behavior of a species in its natural habitat.
52. The dimorphism of certain mammals is a result of sexual selection pressures.
53. The dimorphism seen in insects plays a role in their ecological niches.
54. Certain species' dimorphism provides insight into genetic variation across populations.
55. The dimorphism found in various butterflies aids them in evading predators.
56. In many animals, dimorphism is evident in courtship displays.
57. The dimorphism of male and female sea horses is a unique example in nature.
58. Dimorphism can influence the social dynamics within a species.
59. The dimorphism in size among fish can affect their feeding strategies.
60. Observing dimorphism in nature can enhance our understanding of biodiversity.
61. The dimorphism of some amphibians is striking, especially during mating seasons.
62. In certain insects, dimorphism can lead to different life stages.
63. The dimorphism of the African elephant's tusks is notable among species.
64. The dimorphism present in some lizards can aid in thermoregulation.
65. The dimorphism of certain flowers can be influenced by environmental conditions.
66. Dimorphism is a fascinating area of study within evolutionary biology.
67. The dimorphism exhibited by some species can result in new ecological interactions.
68. In some cases, dimorphism can impact a species' survival and reproduction.
69. The dimorphism found in various mammals can provide clues about their behavior.
70. The dimorphism of the male and female cardinal is a popular subject for birdwatchers.
71. In amphibians, dimorphism can affect their camouflage abilities.
72. The dimorphism seen in some species can indicate their readiness to mate.
73. Certain plants exhibit dimorphism in their leaf shapes based on environmental factors.
74. The study of dimorphism can reveal important information about genetic diversity.
75. The dimorphism among insects can influence their reproductive success.
76. The dimorphism of male and female dragonflies can be quite pronounced.
77. In some species, dimorphism can indicate health and vitality.
78. The dimorphism seen in many species is a testament to nature's diversity.
79. The dimorphism in coloration among tropical fish is breathtaking.
80. Researchers continue to explore the implications of dimorphism in ecology.
81. The dimorphism of certain reptiles can be advantageous in their habitat.
82. Understanding the concept of dimorphism is essential for studying evolution.
83. The dimorphism seen in certain mammals can help define their roles in the ecosystem.
84. The dimorphism of male and female crickets can influence their mating calls.
85. In some species, dimorphism is linked to their feeding strategies.
86. The dimorphism of various flowers can affect their pollination success.
87. The dimorphism in size among some species can lead to competitive advantages.
88. The dimorphism observed in certain birds can be attributed to sexual selection.
89. Insects often exhibit dimorphism to adapt to their environments.
90. The study of dimorphism can provide insights into the evolutionary process.
91. The dimorphism observed in many species is critical for biodiversity.
92. In some cases, dimorphism can result in the development of different subspecies.
93. The dimorphism seen in certain fish can be a result of habitat specialization.
94. Understanding dimorphism can enhance conservation efforts for endangered species.
95. The dimorphism of certain plants can aid in their reproductive success.
96. The dimorphism present in some species can lead to unique mating displays.
97. Researchers have identified various forms of dimorphism in nature.
98. The dimorphism of male and female birds often influences their plumage.
99. The concept of dimorphism is vital in understanding evolutionary biology.
100. Observing dimorphism in nature can lead to exciting discoveries in science.