100 Examples of sentences containing the common noun "subspecies"

Definition

Subspecies (noun) refers to a taxonomic rank below species, which groups together organisms that share specific characteristics and can interbreed but are distinct from other groups within the same species. It is often used in biological classification to denote variations that have adapted to specific environments or ecological niches.

Synonyms

• Variety
• Race
• Form
• Type
• Strain

Antonyms

• Species
• Genus
• Family

Examples

1. The subspecies of the plant thrives in arid conditions.
2. Scientists discovered a new subspecies of frog in the rainforest.
3. The subspecies was identified based on its unique coloration.
4. Ecologists study how each subspecies adapts to its environment.
5. The subspecies of birds in this region have distinct mating calls.
6. A rare subspecies of turtle was found in the remote lagoon.
7. The subspecies of mammals exhibit different behaviors depending on their habitat.
8. Taxonomists classify this subspecies based on genetic testing.
9. The subspecies was previously thought to be extinct.
10. Conservationists are working to protect the endangered subspecies.
11. The subspecies shows remarkable resilience to climate change.
12. Researchers are documenting the characteristics of each subspecies.
13. The subspecies has a limited geographic range due to habitat loss.
14. This particular subspecies is known for its vibrant colors.
15. The subspecies has adapted to urban environments remarkably well.
16. The genetic diversity within the subspecies is crucial for its survival.
17. Each subspecies of the insect has evolved unique traits.
18. The subspecies can be distinguished by its size and shape.
19. The discovery of a new subspecies can rewrite existing taxonomies.
20. The subspecies was recognized at an international conference.
21. Some subspecies are more vulnerable to extinction than others.
22. The subspecies has a unique role in its ecosystem.
23. Differences in mating rituals define the subspecies.
24. The subspecies was once thought to be a mere variation.
25. Natural selection plays a significant role in the evolution of subspecies.
26. The subspecies exhibits different feeding habits than its counterparts.
27. The subspecies faces threats from invasive species.
28. Researchers found that the subspecies has a distinct vocalization.
29. Observing the subspecies in its natural habitat is essential for study.
30. This subspecies of tree has adapted to survive harsh winters.
31. The subspecies was documented in a scientific journal.
32. Genetic studies revealed the relationship between the subspecies and its relatives.
33. The subspecies is crucial for the overall biodiversity of the area.
34. The subspecies has different patterns than the more common variety.
35. The subspecies was named after its geographic origin.
36. Understanding the subspecies is vital for conservation efforts.
37. The subspecies can reproduce with other varieties but remains distinct.
38. The subspecies has been affected by climate changes over decades.
39. Each subspecies contributes to the genetic pool of its species.
40. The subspecies was highlighted in a documentary about wildlife.
41. The subspecies displays remarkable adaptations to its environment.
42. The subspecies is often studied for its unique features.
43. The subspecies has been the focus of many research projects.
44. Habitat destruction is a significant threat to the subspecies.
45. The subspecies is characterized by its unique morphological traits.
46. The subspecies can be found in specific ecological zones.
47. Understanding the subspecies helps in developing conservation strategies.
48. The subspecies is important for ecological balance.
49. The subspecies was discovered in a remote region.
50. The subspecies shows various adaptations to local climates.
51. The subspecies of fish is known for its migratory behavior.
52. The subspecies has become a subject of interest among biologists.
53. The subspecies thrives in areas with abundant rainfall.
54. The subspecies was once thought to be a minor variant.
55. The subspecies has a unique role in its food web.
56. The subspecies is recognized for its distinctive markings.
57. The subspecies can often be found in specific habitats.
58. The subspecies plays a critical role in maintaining ecosystem health.
59. The subspecies adapts quickly to environmental changes.
60. The subspecies has been featured in several ecological studies.
61. The subspecies was classified based on its reproductive isolation.
62. The subspecies has unique behavioral patterns.
63. The subspecies is crucial for understanding species evolution.
64. The subspecies is often at risk due to habitat fragmentation.
65. The subspecies was described in an academic paper.
66. The subspecies displays variations in size across its range.
67. The subspecies has been thriving in protected areas.
68. The subspecies can be identified by its geographic distribution.
69. The subspecies has attracted attention from conservationists.
70. The subspecies exhibits a range of physical traits.
71. The subspecies has been extensively studied for its adaptations.
72. The subspecies was once classified incorrectly.
73. The subspecies has unique ecological interactions within its habitat.
74. The subspecies is often monitored to assess population health.
75. The subspecies shows significant genetic variation.
76. The subspecies has a crucial role in pollination.
77. The subspecies was identified through field research.
78. The subspecies is often used in ecological modeling.
79. The subspecies faces challenges from habitat loss.
80. The subspecies was recognized for its unique evolutionary traits.
81. The subspecies can survive in extreme conditions.
82. The subspecies was studied to understand its reproductive strategies.
83. The subspecies has unique adaptations to avoid predators.
84. The subspecies is often featured in biodiversity assessments.
85. The subspecies can be found in both urban and rural settings.
86. The subspecies has distinct coloration that aids in camouflage.
87. The subspecies has been observed engaging in cooperative behavior.
88. The subspecies is crucial for understanding ecological dynamics.
89. The subspecies has been documented in various ecological surveys.
90. The subspecies plays a vital role in the local food chain.
91. The subspecies was identified using molecular techniques.
92. The subspecies has different nesting habits compared to others.
93. The subspecies is often affected by human activity.
94. The subspecies has been preserved in a botanical garden.
95. The subspecies is recognized for its unique life cycle.
96. The subspecies can frequently interbreed with closely related groups.
97. The subspecies adapts its diet based on available resources.
98. The subspecies has been crucial for understanding climate resilience.
99. The subspecies thrives in specific environmental niches.
100. The subspecies is often the focus of ecological restoration projects.