100 Examples of sentences containing the verb "carpellate"

Definition

Carpellate (adjective) refers to plants or flowers that possess carpels, which are the female reproductive structures in flowering plants. A carpellate flower typically lacks or has reduced male reproductive organs (stamens).

Synonyms

• Pistillate
• Female
• Ovule-bearing

Antonyms

• Staminate
• Male
• Androecious

Examples

1. The plant is primarily carpellate, producing only female flowers.
2. In certain species, the carpellate flowers develop into fruit.
3. The carpellate structure is essential for the plant's reproduction.
4. Botanists studied the carpellate forms to understand their pollination strategies.
5. The carpellate characteristics of this plant make it unique in its habitat.
6. Some carpellate plants thrive in wet environments.
7. The carpellate nature of the flower ensures it can produce seeds without needing male fertilization.
8. Researchers have classified the species based on their carpellate and staminate traits.
9. The carpellate flowers attract specific pollinators that favor female reproductive parts.
10. A carpellate plant may require the presence of nearby staminate plants for optimal reproduction.
11. The length of the carpellate structures varies among different plant species.
12. Observations of carpellate flowers can lead to insights into plant evolution.
13. The carpellate phase of the flower is crucial for seed development.
14. Some hybrids exhibit both carpellate and staminate flowers.
15. The carpellate flower's anatomy includes a stigma, style, and ovary.
16. During the growing season, the carpellate parts become more pronounced.
17. The study of carpellate plants has revealed interesting patterns of genetic diversity.
18. The carpellate nature of the species makes it a focus for conservation efforts.
19. Pollination occurs primarily in the carpellate flowers of this plant.
20. The carpellate attribute allows for parthenogenesis in some species.
21. She was fascinated by the intricate details of the carpellate structure.
22. The carpellate blossoms bloom later in the season compared to staminate ones.
23. In nature, many carpellate plants coexist with their male counterparts.
24. The research aimed to isolate the genes responsible for carpellate development.
25. The carpellate phase requires specific environmental conditions for optimal growth.
26. Some carpellate species are known for their medicinal properties.
27. The carpellate flowers were more numerous in this region than the staminate ones.
28. The plant's carpellate characteristics were highlighted in the botanical guide.
29. Understanding the carpellate structures can aid in agricultural practices.
30. The carpellate flowers’ fragrance attracted a variety of insects.
31. A healthy balance of carpellate and staminate flowers is necessary for biodiversity.
32. The carpellate forms often have a distinct appearance compared to their male counterparts.
33. The carpellate nature of the plant allows it to reproduce in isolation.
34. In some ecosystems, carpellate plants dominate due to their reproductive strategies.
35. The researchers noted the unusual carpellate features of this particular specimen.
36. The carpellate flowers are crucial for the life cycle of the plant.
37. The carpellate structures are often studied in genetics and hybridization.
38. The carpellate variations among species provide insights into their adaptability.
39. The carpellate reproductive organs can be affected by environmental stressors.
40. She documented the carpellate patterns in her field study.
41. The carpellate structure is a key factor in plant taxonomy.
42. The carpellate populace of this area has been declining due to habitat loss.
43. The carpellate flowers are often larger and more colorful than the staminate ones.
44. The team conducted experiments on the carpellate reproduction mechanism.
45. Insects play a vital role in the pollination of carpellate flowers.
46. The carpellate characteristics were essential for the plant's survival strategy.
47. The carpellate flowers bloom in a specific season, attracting various pollinators.
48. The carpellate nature of the plant makes it a subject of interest for botanists.
49. The carpellate reproductive cycle can vary significantly among species.
50. The garden featured a variety of carpellate and staminate plants for educational purposes.
51. The carpellate morphology is often used in identifying plant species.
52. Many carpellate plants exhibit unique adaptations for survival.
53. The carpellate structure is often influenced by genetic factors.
54. During the spring, the carpellate flowers begin to unfurl.
55. The carpellate characteristics can change due to environmental factors.
56. The carpellate forms are particularly interesting to horticulturists.
57. The carpellate flowers contributed to the overall biodiversity of the area.
58. The evolutionary advantage of being carpellate is still a topic of research.
59. The carpellate aspect of the flower is crucial for seed dispersal.
60. The carpellate plants in the study showed resilience to drought conditions.
61. The carpellate structures were easily distinguishable from the staminate ones.
62. The carpellate variety has been cultivated for its unique traits.
63. The carpellate reproductive phase is often synchronized with environmental cues.
64. The decline of carpellate species can impact the entire ecosystem.
65. The carpellate features are utilized in breeding programs for better yields.
66. The researchers emphasized the importance of carpellate diversity in their findings.
67. The carpellate plants displayed interesting interactions with their pollinators.
68. The carpellate traits of certain species are crucial for understanding their ecology.
69. The carpellate flowers are often more robust than their male counterparts.
70. The carpellate forms were studied for their potential agricultural applications.
71. The carpellate reproductive strategy offers advantages in certain environments.
72. The unique carpellate characteristics have been documented in several studies.
73. The carpellate structures can vary significantly from one species to another.
74. The carpellate plants in the greenhouse required careful monitoring.
75. The carpellate flowers attracted a variety of pollinators during the blooming season.
76. The carpellate nature of the species allows for effective seed production.
77. The carpellate attributes are considered when classifying plant species.
78. The carpellate phase of the flower is critical for genetic diversity.
79. The carpellate plants have adapted to thrive in specific microenvironments.
80. The carpellate and staminate flowers grow on separate plants in this species.
81. The carpellate reproductive structures are often more complex than staminate ones.
82. The carpellate flowers provided essential data for their research.
83. The carpellate nature influences the plant's interactions with the ecosystem.
84. The carpellate forms were highlighted in the botanical exhibit.
85. The carpellate flowers are typically found in areas with rich soil.
86. The carpellate characteristics can indicate the health of the plant population.
87. The carpellate stages of development were documented in the field study.
88. The carpellate species are often more sensitive to environmental changes.
89. The carpellate structures are integral to the plant's reproductive success.
90. The carpellate flowers exhibited unique coloration that attracted pollinators.
91. The carpellate characteristics help in understanding evolutionary relationships.
92. The carpellate plants were thriving in the protected area.
93. The carpellate flowers have specific requirements for successful pollination.
94. The carpellate phase is critical for the plant’s lifecycle.
95. The carpellate features were noted during the botanical survey.
96. The carpellate nature of the species is essential for maintaining genetic diversity.
97. The carpellate adaptations are crucial for survival in challenging environments.
98. The carpellate characteristics have been linked to specific ecological niches.
99. The carpellate flowers were observed to have a longer blooming period.
100. The study focused on the role of carpellate structures in plant reproduction.