100 Examples of sentences containing the common noun "omatidia"

Definition

Omatidia (singular: omatidium) are the individual visual units or facets found in the compound eyes of arthropods, such as insects and crustaceans. Each omatidium is responsible for capturing a portion of the visual field, contributing to the overall image perceived by the organism.

Synonyms

• Facet
• Visual unit
• Eye facet
• Compound eye unit

Antonyms

• Simple eye
• Lens
• Photoreceptor

Examples

1. The scientist studied how the omatidia function to enhance the insect's vision.
2. Each omatidia collects light from a different angle.
3. Researchers discovered that the arrangement of omatidia varies among species.
4. The clarity of vision in bees is due to the structure of their omatidia.
5. The omatidia play a crucial role in motion detection.
6. The number of omatidia can influence an insect's ability to see in low light.
7. Each omatidia contributes to the compound eye's overall image.
8. The intricate design of omatidia allows for a wide field of view.
9. The omatidia of the dragonfly are particularly well-developed.
10. Understanding the function of omatidia can help in designing better optical instruments.
11. The omatidia in a moth’s eyes are adapted for nocturnal vision.
12. Some insects have over 30,000 omatidia in each eye.
13. The omatidia are arranged in a hexagonal pattern for optimal light capture.
14. Evolution has fine-tuned the structure of omatidia in many species.
15. The omatidia of a fly allow it to detect fast movement.
16. Scientists can analyze the omatidia to understand insect behavior.
17. The quality of vision is directly related to the number of omatidia.
18. Each omatidia contains its own lens and photoreceptor cells.
19. The omatidia function differently in various environmental conditions.
20. The omatidia allow for a panoramic view, useful for spotting predators.
21. In some species, the size of the omatidia can indicate their predatory nature.
22. The omatidia in a butterfly are specialized for color vision.
23. Understanding how omatidia work can inspire advancements in robotics.
24. The role of omatidia in navigation is a subject of scientific research.
25. The omatidia help insects to maintain stability in flight.
26. Each omatidia captures a fraction of the light, creating a mosaic of images.
27. The omatidia are critical for survival in the wild.
28. The structure of omatidia has fascinated biologists for decades.
29. The omatidia enable insects to see ultraviolet light.
30. The arrangement of omatidia varies between predatory and non-predatory insects.
31. The omatidia are responsible for the unique visual experiences of arthropods.
32. Studies on omatidia contribute to our understanding of evolution.
33. The omatidia in a grasshopper are adapted for detecting movement.
34. The number of omatidia influences the resolution of the image.
35. The omatidia work together to form a complete picture of the environment.
36. Scientists can manipulate the omatidia to study visual processing in insects.
37. The omatidia provide insects with a competitive advantage in their habitats.
38. The omatidia are composed of corneal lenses and photoreceptor cells.
39. The functionality of omatidia can vary based on the insect's lifestyle.
40. The omatidia help insects to spot flowers from a distance.
41. The complexity of omatidia can vary greatly from one species to another.
42. The omatidia assist in detecting polarized light.
43. The omatidia allow for rapid responses to environmental changes.
44. The omatidia are a marvel of evolutionary adaptation.
45. The structure of the omatidia is crucial for understanding insect vision.
46. The omatidia can provide insights into the ecology of various species.
47. The omatidia help in navigation during migration.
48. The efficiency of omatidia varies across different insect orders.
49. The omatidia enhance an insect’s ability to hunt prey.
50. The omatidia can differ in size depending on the insect's habitat.
51. The omatidia can detect colors that humans cannot perceive.
52. The omatidia are essential for the insect's survival and reproduction.
53. The omatidia in some species are capable of detecting changes in light intensity.
54. The study of omatidia can lead to innovations in optical technology.
55. The omatidia allow for depth perception in some insects.
56. The omatidia cluster together to form a compound eye.
57. The development of omatidia is influenced by the insect's environment.
58. The omatidia are a key factor in the insect's visual acuity.
59. The omatidia function as mini-cameras, each focusing on a different area.
60. The unique properties of omatidia are still being explored by scientists.
61. The omatidia have inspired designs in drone technology.
62. The omatidia help insects to detect patterns in their surroundings.
63. The omatidia serve as a model for understanding complex visual systems.
64. The omatidia vary widely in number among different arthropod species.
65. The omatidia can change in response to light exposure.
66. The omatidia play a role in the insect's ability to camouflage.
67. The structure of omatidia is critical for understanding visual perception.
68. The omatidia allow insects to see in multiple directions simultaneously.
69. The omatidia are involved in the circadian rhythms of some insects.
70. The omatidia provide a rich field of study for entomologists.
71. The omatidia can be affected by environmental pollutants.
72. The omatidia adapt to different light conditions throughout the day.
73. The omatidia help insects to track the movement of other creatures.
74. The omatidia can be used to measure the brightness of the environment.
75. The omatidia form a critical part of the insect's sensory toolkit.
76. The omatidia have distinct adaptations in aquatic insects.
77. The omatidia help insects to find mates during mating season.
78. The omatidia can provide a sense of direction for navigation.
79. The omatidia are crucial for foraging behavior in many species.
80. The omatidia of certain species are capable of rapid adjustments.
81. The omatidia can influence an insect's behavioral patterns.
82. The omatidia are responsible for the colorful displays in some butterflies.
83. The structure of omatidia is a fascinating subject in evolutionary biology.
84. The omatidia contribute to the insect’s ability to evade predators.
85. The omatidia are essential for understanding the visual ecology of insects.
86. The omatidia can vary in sensitivity depending on the insect's activity.
87. The omatidia provide insights into the evolution of compound eyes.
88. The omatidia are involved in the insect's flight stabilization.
89. The omatidia can detect changes in motion quickly, aiding in survival.
90. The omatidia help in the perception of shapes and movements.
91. The omatidia are crucial for the insect's interaction with its environment.
92. The omatidia can offer clues about the insect's evolutionary history.
93. The omatidia function as a complex optical system.
94. The omatidia provide a basis for technological advancements in vision systems.
95. The omatidia are a testament to nature's ingenuity in visual systems.
96. The omatidia work together to create a cohesive visual field.
97. The omatidia can help in understanding predator-prey dynamics.
98. The omatidia influence the insect's response to environmental threats.
99. The omatidia can be used to study the effects of climate change on insects.
100. The omatidia are a key focus in the study of arthropod sensory systems.