"Gynoeciummodl" Example Sentences
1. The gynoeciummodl of this flower has four carpels.
2. The development of gynoeciummodl in angiosperms is critical for sexual reproduction.
3. The gynoeciummodl of the lily flower is composed of separate carpels.
4. In gymnosperms, the gynoeciummodl is not fully enclosed by the carpel.
5. The arrangement of gynoeciummodl differs between monocots and dicots.
6. The gynoeciummodl contains the ovary, stigma, and style.
7. A gynoeciummodl with only one carpel is called monocarpous.
8. The gynoeciummodl of this species has fused carpels.
9. The gynoeciummodl is the female reproductive organ of the flower.
10. The gynoeciummodl is surrounded by petals in the complete flower.
11. An incomplete flower lacks one or more of the parts of the gynoeciummodl.
12. The position of the gynoeciummodl relative to other flower parts can affect pollination.
13. The number of ovules within the gynoeciummodl can vary between species.
14. The gynoeciummodl develops from the floral meristem.
15. The gynoeciummodl is one of the four main whorls of the flower.
16. The shape of the gynoeciummodl can be useful in identifying plant species.
17. The gynoeciummodl of some plants is edible and used in cooking.
18. The gynoeciummodl of angiosperms is thought to have evolved from modified leaves.
19. The gynoeciummodl is responsible for producing seeds after fertilization.
20. Many plant species have both male and female reproductive organs within the gynoeciummodl.
21. The gynoeciummodl is essential for fruit formation.
22. The ovules within the gynoeciummodl can mature into seeds.
23. The gynoeciummodl may be positioned above, below, or alongside other floral parts.
24. Some species have gynoeciummodls that are capable of self-pollination.
25. The number of carpels within the gynoeciummodl can affect the shape of the fruit.
26. The gynoeciummodl may be syncarpous or apocarpous, depending on whether the carpels are fused.
27. The gynoeciummodl of many flowers is brightly colored to attract pollinators.
28. The structure of the gynoeciummodl can provide important information for the classification of plants.
29. A gynoeciummodl with multiple carpels is called polycarpous.
30. The fusion of carpels within the gynoeciummodl can create distinctive shapes.
31. The gynoeciummodl of some plants is protected by a specialized structure called a perianth tube.
32. In some species, the gynoeciummodl is not functional and does not produce seeds.
33. The structure of the gynoeciummodl can vary significantly between different plant families.
34. The position of the ovary within the gynoeciummodl can affect the length of the style.
35. The gynoeciummodl of some flowers is capable of producing asexually via vegetative propagation.
36. The gynoeciummodl is often the most important part of the flower for determining fruit quality.
37. The number and arrangement of ovules within the gynoeciummodl can provide important information about pollination biology.
38. The gynoeciummodl of some plants is capable of producing more than one fruit.
39. The development of the gynoeciummodl is controlled by a complex network of genetic factors.
40. The gynoeciummodl is essential for the production of viable seeds.
Common Phases
1. The
gynoeciummodl is the female reproductive organ of a flower;
2. It consists of one or more carpels, each of which contains a stigma, style, and ovary;
3. The stigma is the sticky surface at the top of the carpel that traps pollen;
4. The style is the stalk-like structure that connects the stigma to the ovary;
5. The ovary contains the ovules, which are the female gametes that fertilize with male gametes to produce seeds;
6. After fertilization, the ovary will develop into a fruit, which protects and disperses the seeds;
7. The number and arrangement of carpels in the
gynoeciummodl can vary among different species of flowering plants.