No, only cross pollination between plants of the same genus and species
cross pollination
D for you plato usersThe movement of pollen between the flowers of different individuals.
The opposite of self-pollination is cross-pollination, where pollen is transferred between different flowers of the same species. This process promotes genetic diversity and can lead to stronger, more resilient offspring.
The two main types of pollination are self-pollination, where pollen is transferred from the anther to the stigma of the same flower or a different flower on the same plant, and cross-pollination, where pollen is transferred between flowers on different plants of the same species.
Flamboyant flowers are typically pollinated by bees, birds, and butterflies as they are attractive to these pollinators due to their bright colors and nectar. This type of pollination is known as biotic pollination, where living organisms play a role in transferring pollen between flowers.
The correct order of pollination is when pollen is transferred from the anther (male part) of a flower to the stigma (female part) of the same flower or a different flower of the same species. This process can occur through self-pollination (within the same flower) or cross-pollination (between different flowers).
Flowers present different visual and other sensory evidence of their existence so that the different pollinators are attracted to the different flowers for the most effective pollination. Effective cooperation between flowers and pollinators means that the flowers survive and the pollinators are fed: everybody in this natural symbiotic relationship wins.
Asters individual flowers will die after pollination. If the plant is dying that is a different story.
Cross Pollination is when the flower/plant is pollinated by other flowers/plants other then its self, unlike Self Pollination which ONE flower/plant can pollinate its self with out other flowers/plants, the more you learn in BIO the more you can see the hand of God in work!
Yes as the pollination process by wind is chancy to say the least. Larger flowers are made possible by these plants not investing in nectar for insects and not have to spend energy there and on bright colors that attract insects.
The evolution of flowers, which contain reproductive structures such as stamens and pistils, increases the efficiency of pollination in angiosperms. Flowers help attract pollinators like insects and birds, ensuring that pollen is transferred between different individuals, leading to successful fertilization and seed production.
Ants in zucchini flowers can affect the pollination process by disturbing the natural pollinators, such as bees, that are essential for transferring pollen between flowers. This can result in reduced pollination success and ultimately lower fruit production in zucchini plants.