For pollen grains, the answer is easy - not all pollen will reach another flower, it has to depend on wind or an animal vector, and some may be lost to rain or being brushed off by a non-pollinating organism that happens to come in contact with the pollen. So the more pollen produced, the better the chance that some will reach its intended target.
For the number of ovules, this isn't well known. It's often thought to be related to the primitive or advanced development of the plant species. As a plant becomes more "advanced", the number of parts generally decreases, often through fusion of the parts.
flowers produce more pollen grains because the anther makes the pollen it then the stigma collects pollen and the petals of flowers atract insects or birds.
The structure that contains the ovules is typically referred to as the ovary, which is part of the female reproductive organ in flowering plants. In diagrams of flowers, the ovary is often labeled with a specific letter, commonly "C" in many educational materials. The ovules develop into seeds after fertilization.
An ovary contains one or more ovules.
The wind usually scatters the pollen grains of conifers. The likelihood of pollen reaching female cones is increased when there are large amounts of pollen.
Hibiscus flowers typically have 5 chambers in their ovary, and each chamber usually contains one ovule. Therefore, a hibiscus flower generally has a total of 5 ovules, one in each chamber. However, this can vary slightly depending on the specific species of hibiscus.
flowers produce more pollen grains because the anther makes the pollen it then the stigma collects pollen and the petals of flowers atract insects or birds.
The structure that contains the ovules is typically referred to as the ovary, which is part of the female reproductive organ in flowering plants. In diagrams of flowers, the ovary is often labeled with a specific letter, commonly "C" in many educational materials. The ovules develop into seeds after fertilization.
An ovary contains one or more ovules.
The noun 'pollen' is an uncountable noun, a word for a substance. Units of pollen are expressed as grains of pollen, a dusting of pollen, or a lot of pollen, etc.Like many uncountable nouns for substances, the plural form pollens is reserved for 'types of' or 'kinds of'. For example:The microscope revealed four different pollens in the bit of amber.
Jasmine flowers typically have one pistil, which is the female reproductive organ of the flower. It consists of the stigma, style, and ovary where the ovules are located.
For pollen grains, the answer is easy - not all pollen will reach another flower, it has to depend on wind or an animal vector, and some may be lost to rain or being brushed off by a non-pollinating organism that happens to come in contact with the pollen. So the more pollen produced, the better the chance that some will reach its intended target. For the number of ovules, this isn't well known. It's often thought to be related to the primitive or advanced development of the plant species. As a plant becomes more "advanced", the number of parts generally decreases, often through fusion of the parts.
The wind usually scatters the pollen grains of conifers. The likelihood of pollen reaching female cones is increased when there are large amounts of pollen.
Hibiscus flowers typically have 5 chambers in their ovary, and each chamber usually contains one ovule. Therefore, a hibiscus flower generally has a total of 5 ovules, one in each chamber. However, this can vary slightly depending on the specific species of hibiscus.
Each fertilized ovule typically develops into one seed. During the fertilization process, pollen grains fertilize ovules within the ovary of a flower, leading to seed formation. While multiple ovules can be fertilized in a single ovary, each ovule independently produces one seed.
No. Only from the pollens given off by many types of plants.
A lily flower typically has three ovules located in each ovary. These ovules are where the female gametes are produced and fertilization takes place to form seeds.
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