Pollination is the exchange of pollens from the male anther of the flower to the female reproductive half called the stigma. Pollination is essential for growing seed and making a fruit. Pollination can occur by wind or by insects. Wind-pollinated vegetation is completely different from insect-pollinated vegetation, for example: wind-pollinated vegetation is dull colors and fragrance-free, while insect-pollinated vegetation is brightly colored and has large fragrant petals. . Wind-pollinated vegetation does not produce nectar, while insect-pollinated vegetation produces nectar that helps them attract insects.

What are wind pollinated plants?

Wind pollinated vegetation has a dull color and many less conspicuous petals (inconspicuous flowers) because they do not need to draw insects. Also the vegetation pollinated by the wind has anthers, which is a male copy of the plant that protrudes from the flower, the anthers of this vegetation are long and versatile, which will simply allow them to swing in the air. Furthermore, the pollens are loosely bound so that they are simply blown off by the wind. That is why the wind carries numerous pollens when it blows through the anthers of this vegetation that helps pollination. The stigma, which is the female reproductive part of the plant, also it protrudes outward and has a huge floor area due to which the stigma can efficiently capture additional pollen grains that may be carried by the wind. Pollens from wind-pollinated vegetation are very soft in weight, so they are simply carried by the wind. There are also large quantities of pollens, however only a few are carried by the wind to the stigma. Wind pollinated vegetation does not produce nectar. Wind pollinated vegetation is fragrance free. Most gymnosperms are wind pollinated vegetation, few examples are: grass, rushes and rushes. There are also large quantities of pollens, however only a few are carried by the wind to the stigma. Wind pollinated vegetation does not produce nectar. Wind pollinated vegetation is fragrance free. Most gymnosperms are wind pollinated vegetation, few examples are: grass, rushes and rushes. There are also large quantities of pollens, however only a few are carried by the wind to the stigma. Wind pollinated vegetation does not produce nectar. Wind pollinated vegetation is fragrance free. Most gymnosperms are wind pollinated vegetation, few examples are: grass, rushes and rushes.

Insect-pollinated vegetation is vividly colored and has large, vibrant petals that allow them to attract insects which then help them pollinate. Insect-pollinated vegetation has anthers that may be firmly held in place by the filament contained within the flower. This ensures that when the insects fly towards the flower, they do not remove or break the entire filament. The stigma of insect pollinated vegetation is small, sticky and rigid. This ensures that when pollens are scraped off the stigma, they cannot be simply removed and furthermore, the friction produced by the insect train may be unable to remove the pollen from the flower stigma. Pollens from insect pollinated vegetation are heavy and sticky, thus simply sticking to the body of the insect. What’s more, pollens are found in small numbers because there is a high probability that the insect will enter a different flower, resulting in a greater availability of pollens at the stigma. This results in much less pollen manufacturing. In addition, this vegetation produces nectar that also helps attract insects. This vegetation has fragrance. Insects that aid in pollination are bees, butterflies, moths, and beetles. And examples of insect-pollinated vegetation are: peas, daisies, and orchids. Insects that aid in pollination are bees, butterflies, moths, and beetles. And examples of insect-pollinated vegetation are: peas, daisies, and orchids. Insects that aid in pollination are bees, butterflies, moths, and beetles.

1. Wind-pollinated vegetation is dull, small, and has much less conspicuous petals, while insect-pollinated vegetation is brightly colored and has large, vibrant petals.
2. Wind pollinated vegetation produces a large quantity of pollens, whereas pollens produced by insect pollinated vegetation are found in small quantities.
3. Wind pollinated vegetation uses the wind to transfer pollen, while insect pollinated vegetation uses insects to transfer pollen.
4. Wind-pollinated vegetation is odorless, while insect-pollinated vegetation has fragrance.
5. Pollens from wind pollinated vegetation are soft and non-sticky, while pollens from insect pollinated vegetation are small and sticky.