pollination may also occur through wind, water, or by birds, bats.
The bee sees pollen with its eyes. It carries pollen because the pollen stick to the hind legs!
If the insect carries pollen from one flower to another, it can facilitate cross-pollination, leading to the fertilization and production of seeds in the second flower. This can enhance genetic diversity, improve reproductive success, and potentially increase biodiversity in the ecosystem.
The part that carries pollen to the ovary is called the style. It is a slender stalk that connects the stigma, where pollen is received, to the ovary, which contains the ovules. The pollen travels down the style through a structure called the pollen tube, allowing fertilization to occur.
The part of the flower that carries pollen to the ovary is called the style. The style is a slender stalk that connects the stigma, where pollen is received, to the ovary, which contains the ovules. When pollen grains germinate on the stigma, they grow a pollen tube through the style to facilitate the transfer of sperm cells to the ovary for fertilization.
No, stigma is not an insect pollinated plant. The stigma is actually a part of the flower's female reproductive system that receives pollen during pollination. Insect-pollinated plants rely on insects to transfer pollen between flowers for fertilization.
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wind
Insect polination is when the insect carries a pollen from one flower to anothe
Cross pollination is when the wind or a insect carries pollen from one flower to another. Self pollination is when a flower produces pollen and uses it in asexual reproduction.
The two types of pollen are wind-dispersed pollen and insect-dispersed pollen. Wind-dispersed pollen is typically small, light, and produced in large quantities, while insect-dispersed pollen is often larger, heavier, and designed to stick to insect bodies for transport.
pollen
When an insect like bee's lands on a flower, pollen sticks to it's legs. So when an insect moves to another flower pollen gets on that flower and so on and so on as the insect moves from one plant to another.
The flowers of the cacao tree are not fertilized by bees like most flowers. These flowers are pollinated by gnats. It is this insect that carries the pollen from flower to flower which allows the cocoa pods to grow.
Insect-pollinated flowers usually have sticky pollen to increase the chances of pollen transfer. The stickiness helps the pollen grains adhere to the bodies of insects as they move between flowers, promoting effective pollination. This helps ensure successful reproduction for the plant.
A pollen grain's surface is often rough and sticky, allowing it to adhere to an insect's body as it moves from flower to flower. Additionally, the shape and size of pollen grains match well with insect hairs, making them easy to brush off as the insect travels. Lastly, the lightweight nature of pollen grains makes them easily dispersed by the movement of insects.
pollen and nectar
The bee sees pollen with its eyes. It carries pollen because the pollen stick to the hind legs!