100 Examples of sentences containing the common noun "suborder"

Definition

Suborder (noun): A taxonomic rank in biological classification that is below an order and above a family. It is used to group organisms that share certain characteristics and are more closely related to each other than to those in other suborders.

Synonyms

• Division
• Category
• Classification
• Group
• Section

Antonyms

• Order
• Family
• Genus

Examples

1. In taxonomy, the suborder Primates includes monkeys and apes.
2. Scientists often debate the classification of species within a particular suborder.
3. The suborder that includes carnivorous mammals is called Caniformia.
4. Entomologists study insects within the suborder Hemiptera.
5. The suborder of flowering plants is crucial for understanding plant evolution.
6. Researchers found a new species within the suborder of rodents.
7. The suborder of cetaceans includes whales and dolphins.
8. Taxonomists must carefully define the boundaries of each suborder.
9. The suborder of reptiles can provide insights into evolutionary history.
10. The classification of birds falls under the suborder Passeriformes.
11. The suborder of fungi has unique reproductive methods.
12. The suborder Lepidoptera includes butterflies and moths.
13. In marine biology, the suborder of crustaceans is well-studied.
14. The suborder of mammals known as Eutheria represents placental mammals.
15. The suborder of insects has a vast diversity of species.
16. The suborder that contains ants is known as Formicidae.
17. The study of the suborder can reveal ecological relationships.
18. Each suborder is characterized by distinctive morphological traits.
19. The suborder of bats is critical for understanding echolocation.
20. Researchers identified a new suborder within the class of arthropods.
21. The suborder that includes lizards and snakes is called Lepidosauria.
22. The suborder of flowering plants has significant agricultural implications.
23. The suborder of mammals contributes to biodiversity in ecosystems.
24. The suborder of marsupials is noted for its unique reproductive strategies.
25. The suborder of amphibians includes frogs and salamanders.
26. Scientists are revising the classifications of various suborder due to genetic studies.
27. The suborder of bony fish is essential for aquatic ecosystems.
28. The suborder of flowering plants is vital for pollination studies.
29. The suborder of fungi plays a significant role in decomposition.
30. The suborder of insects is crucial for understanding pollination.
31. Paleontologists study fossils to understand the evolution of the suborder.
32. The suborder of mammals has been affected by climate change.
33. The suborder of reptiles has a complex evolutionary history.
34. Each suborder exhibits unique adaptations to their environments.
35. The suborder of marine mammals includes seals and sea lions.
36. The suborder of flowering plants is essential for ecosystem services.
37. The suborder of arthropods has many species crucial for food webs.
38. The suborder of mammals can be distinguished by dental patterns.
39. The suborder of insects often undergoes metamorphosis.
40. Researchers are studying the suborder of bats to understand their role in pest control.
41. The suborder of arthropods includes both terrestrial and aquatic species.
42. The suborder of flowering plants shows varied adaptations to different climates.
43. The suborder of mammals is known for its diverse reproductive strategies.
44. The suborder of amphibians can be sensitive indicators of environmental health.
45. The suborder of insects provides vital ecosystem services like pollination.
46. The suborder of reptiles is often studied in conservation biology.
47. The suborder of birds is known for its migratory behaviors.
48. The suborder of fungi includes both edible and toxic species.
49. The suborder of mammals is essential for understanding mammalian evolution.
50. The suborder of crustaceans can be found in various aquatic environments.
51. The suborder of flowering plants contributes to the global food supply.
52. The suborder of amphibians is often used in environmental monitoring.
53. The suborder of insects has a significant impact on agriculture.
54. Scientists classify species within the suborder based on genetic data.
55. The suborder of fish has extensive diversity in body shapes and sizes.
56. The suborder of mammals is crucial for studying human evolution.
57. The suborder of reptiles includes some of the oldest living species.
58. The suborder of marine animals plays a vital role in ocean health.
59. The suborder of birds has adapted to various ecological niches.
60. The suborder of fungi is important for soil health and nutrient cycling.
61. The suborder of insects often displays complex social behaviors.
62. The suborder of mammals can be affected by habitat loss.
63. The suborder of amphibians is known for its skin permeability.
64. The suborder of flowering plants is critical for maintaining biodiversity.
65. The suborder of reptiles often requires specific habitats for survival.
66. The suborder of cetaceans exhibits diverse vocalizations.
67. The suborder of mammals includes both predator and prey species.
68. The suborder of insects is vital for maintaining healthy ecosystems.
69. The suborder of plants provides essential resources for wildlife.
70. The suborder of fungi can be used in bioremediation efforts.
71. The suborder of insects is often studied for its evolutionary significance.
72. The suborder of marine life is directly affected by ocean temperature changes.
73. The suborder of mammals has significant implications for conservation.
74. The suborder of reptiles contributes to the balance of ecosystems.
75. The suborder of amphibians is often monitored for signs of environmental stress.
76. The suborder of birds can indicate changes in climate patterns.
77. The suborder of fungi helps decompose organic materials in the environment.
78. The suborder of insects has many species that are pollinators.
79. The suborder of mammals includes species that are keystone to their habitats.
80. The suborder of sea creatures has a wide range of adaptations.
81. The suborder of flowering plants is critical for food security.
82. The suborder of reptiles includes both terrestrial and marine species.
83. The suborder of insects can be a source of bioindicators for ecological studies.
84. The suborder of amphibians is often studied in research on climate change.
85. The suborder of mammals has various forms of parental care.
86. The suborder of birds is characterized by their beak shapes and feeding habits.
87. The suborder of fungi includes both parasitic and symbiotic species.
88. The suborder of insects can demonstrate complex life cycles.
89. The suborder of marine organisms is essential for understanding ocean ecosystems.
90. The suborder of mammals shows a range of adaptations to different environments.
91. The suborder of reptiles is often featured in conservation programs.
92. The suborder of amphibians can be sensitive to pollution.
93. The suborder of fish is crucial for maintaining aquatic biodiversity.
94. The suborder of insects has many species that are integral to decomposing matter.
95. The suborder of mammals often exhibits unique feeding strategies.
96. The suborder of flowering plants is important for ecosystem stability.
97. The suborder of crustaceans includes many commercially valuable species.
98. The suborder of amphibians is known for its unique vocalizations.
99. The suborder of birds can be used to monitor environmental changes.
100. The suborder of fungi provides essential services in nutrient cycling.