Because if they didn't have wind then the seeds would drop on the ground and grow up under the plant and not really grow at all.
Yes.
Yes
YES!BECAUSE: Some plants are self-pollinated. That is, the stigma receives the pollen produced within its own flower. In some cases plants receive pollen from other plants; this process is called cross-pollination.
Pollen can be carried from flower to flower by several pollinating agents such as bees, wasps, flies, hummingbirds. Some plants self pollinate. Humans trying to create hybreds can pollinate with a Qtip.
This pollen transfer helps in plant reproduction by allowing the bee to transfer pollen from one flower to another, enabling fertilization. This process leads to the formation of seeds and fruits, essential for the plant's reproduction and genetic diversity.
Plants encourage cross-pollination by producing attractive flowers that entice pollinators like bees, butterflies, and birds to visit and transfer pollen between plants. Some plants also have structures that make it difficult for the same plant to pollinate itself, further promoting cross-pollination. Additionally, plants may release scents or nectar to attract pollinators, increasing the chance of pollen transfer between different plants.
Wind moves pollen for some plants like grass and corn. Animal pollinators move pollen for many flowering plants.
Pollen is transferred from one flower to another through various methods such as wind, water, insects, birds, and other animals. This transfer allows for pollination to occur, enabling the fertilization of the plants and the production of seeds.
Flowering plants depend on other living things, such as pollinators like bees, butterflies, and birds, to transfer pollen from one flower to another for fertilization to occur. This process leads to the production of seeds, which are essential for plant reproduction. Additionally, some plants also rely on animals for seed dispersal, as they eat the fruits and then distribute the seeds through their waste.
They bring pollen to the plants. Some bring pollen on pupose eg: Bees; Some bring pollen by accident eg: Deer, Bear, and other large or small wildlife
Pollen is dispersed in several ways. Some plants are wind pollinated and the pollen for these is dispersed into the air (e.g. grasses) Some plants use insects (e.g. bees) to transmit their pollen form one flower to the next (e.g. lavender) Some plants use animals (e.g. bats) to transport pollen from one flower to the next (e.g. the Kapok tree) Some plants use birds (e.g. humming birds) to transport pollen from one flower to the next (e.g. the Hibiscus plant)
The production of pollen increases the chances of pollination by providing a ready supply of male gametes that can be transferred to female reproductive structures in plants. Pollen grains are often designed to be carried by wind, water, or animals, enhancing the likelihood of reaching compatible flowers. By producing abundant pollen, plants improve their chances of successful fertilization and reproduction, as more pollen increases the likelihood of contact with receptive stigmas. Additionally, some plants employ strategies like synchronization of flowering and attracting pollinators to maximize pollen transfer efficiency.