100 Examples of sentences containing the common noun "gynophore"

Definition

A gynophore is a botanical term that refers to a stalk or structure that supports the female reproductive organs (gynoecium) in certain flowering plants, particularly in the family Malvaceae. It can also denote the part of a flower that elevates the ovary above the rest of the flower structure.

Synonyms

• Gynoecium stalk
• Ovary stalk
• Female reproductive stalk

Antonyms

• Androecium (male reproductive part)
• Stamen

Examples

1. The botanist pointed out how the gynophore raised the ovary above the petals.
2. During the dissection, we observed the gynophore clearly.
3. In hibiscus flowers, the gynophore is particularly prominent.
4. The gynophore plays a crucial role in the reproductive success of certain plants.
5. Researchers studied how the length of the gynophore affects pollination.
6. A well-developed gynophore can attract more pollinators.
7. The gynophore was measured to determine its impact on fruit development.
8. Some species exhibit a unique twist in their gynophore structure.
9. Understanding the gynophore can help in hybridization efforts.
10. The gynophore can vary significantly between different plant species.
11. The gynophore elevates the ovary for better exposure to pollinators.
12. In laboratory conditions, the gynophore's growth was monitored.
13. Observing the gynophore in action was fascinating for the students.
14. The gynophore is essential for the reproductive process in angiosperms.
15. She drew diagrams to illustrate the position of the gynophore.
16. The gynophore is often overlooked in basic plant anatomy lessons.
17. Their research highlighted the diversity of gynophore structures.
18. The gynophore serves as a key identification feature in floras.
19. Many students were surprised by the function of the gynophore.
20. The gynophore can sometimes be mistaken for a stamen.
21. Observing the gynophore under a microscope revealed intricate details.
22. The gynophore length correlated with seed size in their findings.
23. The experiment aimed to determine how the gynophore affects fertilization.
24. Botanists classified the plant based on its unique gynophore.
25. The gynophore often holds the ovary in a position favorable for pollination.
26. The team documented the variations in gynophore lengths.
27. A flattened gynophore can enhance reproductive success.
28. The gynophore's morphology is crucial for species identification.
29. She explained how the gynophore supports the ovary.
30. The gynophore can be a distinguishing feature of a flower.
31. They hypothesized that the gynophore affects pollen transfer.
32. The gynophore was a focal point of their botanical study.
33. The gynophore supports the weight of the developing fruit.
34. The students were tasked with measuring the gynophore.
35. The gynophore structure varies significantly across different genera.
36. His thesis focused on the evolutionary aspects of the gynophore.
37. Botanists often examine the gynophore to understand plant evolution.
38. The gynophore is a key component of the flower's anatomy.
39. The gynophore's position can influence the flower's reproductive success.
40. The plant's gynophore was notably longer than its relatives.
41. She was fascinated by the role of the gynophore in pollination.
42. The gynophore helps in attracting specific pollinators.
43. The structure of the gynophore can vary greatly among species.
44. The gynophore has adaptations that enhance its function.
45. In some species, the gynophore can be quite elaborate.
46. The gynophore's design is a result of natural selection.
47. The gynophore supports the ovary, making it more accessible to pollen.
48. The researchers documented how the gynophore changes with environment.
49. The gynophore can be crucial for successful fertilization in certain plants.
50. The length of the gynophore was measured in their field study.
51. They hypothesized that the gynophore might attract more insects.
52. The gynophore can indicate the health of a flowering plant.
53. The gynophore was found to be an essential feature in many species.
54. The gynophore provides stability for the ovary during development.
55. The team published their findings regarding the gynophore.
56. The appearance of the gynophore can change in response to stress.
57. The gynophore is often a point of focus in evolutionary studies.
58. The gynophore can vary depending on environmental conditions.
59. The gynophore is an important factor in the plant's reproductive strategy.
60. Many factors influence the length of the gynophore.
61. The gynophore can provide insights into plant adaptation.
62. The gynophore helps the flower maintain its structural integrity.
63. The gynophore's role is often underestimated in plant biology.
64. The study highlighted the importance of the gynophore.
65. The gynophore assists in positioning the ovary correctly.
66. The gynophore is crucial for maximizing reproductive efficiency.
67. The researchers measured the gynophore in various conditions.
68. The gynophore can affect the distribution of pollen.
69. The gynophore is integral to the plant's reproductive anatomy.
70. She explained the significance of the gynophore in her presentation.
71. The gynophore was a key focus of their research project.
72. The gynophore can influence the success of hybrid plants.
73. The gynophore's structure can change based on genetic factors.
74. The gynophore provides essential support for the ovary.
75. The gynophore can have distinct shapes in different species.
76. The gynophore is vital for attracting specific pollinators.
77. The anatomy of the gynophore was explored in detail.
78. The gynophore can be affected by environmental stressors.
79. The gynophore plays a role in the plant's reproductive timing.
80. The gynophore was highlighted in their field guide.
81. The gynophore helps in positioning the flower for pollination.
82. The gynophore's length can influence pollination success.
83. The structure of the gynophore is often studied in botany.
84. The gynophore is adapted for specific pollinator interactions.
85. The gynophore can be a unique feature in flower identification.
86. The gynophore may vary based on the plant's habitat.
87. The gynophore is essential for the reproductive cycle of many plants.
88. The gynophore can serve as a model for studying plant evolution.
89. The gynophore elevates the ovary for optimal pollinator access.
90. The gynophore is a critical component of flower structure.
91. The gynophore can be elongated in certain species for adaptation.
92. The team studied how the gynophore influences reproductive success.
93. The gynophore is often used in plant taxonomy.
94. The gynophore's adaptability is key to its survival.
95. The gynophore can be a crucial factor in plant breeding programs.
96. The gynophore contributes to the overall reproductive strategy of the plant.
97. The gynophore can indicate evolutionary relationships among species.
98. The gynophore is often a focus in horticultural studies.
99. The gynophore must be strong to support the developing fruit.
100. The importance of the gynophore cannot be overstated in reproductive biology.