Is the nasturtium flower wind or insect pollinated since it is also used to repell insects
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to do the process of pollination
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.
An insect or other animal pollinates the plant.
The insect reaches down into the flower to take a drink of nectar. Then it leaves the flower but in doing so, brushes against the pollen. When the insect travels to another flower, the pollen gets deposited there which results in cross-pollination.
Many of the different species of orchids have unique adaptations of their flower structure and mechanisms of pollination. One of these pollination mechanisms is called pseudocopulatory pollination, which is where part of the flower actually looks like a female insect. What it does is release a scent into the air to smell like the pheromones of a female bee, fly, wasp or whatever species of insect the orchid needs to attract. When the male insect lands on it and "mates" with what really is the flower, the pollen attaches to the insect and stays with it until it reaches the next flower.
Many of the different species of orchids have unique adaptations of their flower structure and mechanisms of pollination. One of these pollination mechanisms is called pseudocopulatory pollination, which is where part of the flower actually looks like a female insect. What it does is release a scent into the air to smell like the pheromones of a female bee, fly, wasp or whatever species of insect the orchid needs to attract. When the male insect lands on it and "mates" with what really is the flower, the pollen attaches to the insect and stays with it until it reaches the next flower.
Before pollination, the pollen grains are stored in the anthers (male part) of the plant. During pollination, an insect (such as a bee) flies to the flower for nectar and some pollen from the anthers rubs off on it. When the bee travels to another flower, the pollen sticks to the stigma (female part). After pollination, fertilization can begin. Hope this helps.
Pollination can occur through wind, animals (such as bees, butterflies, and birds), and self-pollination (where pollen is transferred from the anther to the stigma of the same flower or a different flower on the same plant).
Depends on the definition of "closed flower".If you mean a flower that is enclosed with petals which are open, such as an Orchid, then the answer would be yes. This happens with many different types of flowers, some which have special adaptations to target a specific insect pollinator.If you mean a closed flower that has not yet opened, then the answer is almost definitely no. When the petals are closed and folded together the stigma and anthers are not yet mature; this means that even if an insect were able to get between the closed petals there sex organs of the flower would not yet be receptive to pollination.Generally insect pollination takes place in open flowers but there are specific cases of insect pollination in closed flowers as in case of many species of Ficus, Lotus etc.
LeBron James xD I Dont Know Insect pollinated plants produce nectar to attract insect for pollination. The nectar is produced in the nectary glands present at the base of stamens and gynoecium and when the insect approaches the nectary gland, the pollen grains get stuck on its body and when this pollen loaded insect visit another flower of the same species, pollen grains from his body are off loaded on the stigma this flower. Thus pollination by insect is achieved and the insect is benefited by the nectar from that plant.
it occurs naturally through insects.When an insect sits in a flower the pollen gets attached to its legs.th pollen is transferred when it sits on another plant and pollination occur
Insect-pollinated flowers may still be pollinated by wind as a backup method to ensure successful pollination in case insect activity is limited. Wind can help transfer pollen between flowers when insects are scarce or when weather conditions are unfavorable for insect pollination. This redundancy increases the chances of successful pollination and seed production for the plant.