self-pollination in a sentence
The introrse arrangement of anthers in some plants helps prevent self-pollination.
The flowers of this species are capable of self-pollination.
Autogamies can be a form of self-pollination.
Epigynous plants have a higher chance of outcrossing compared to self-pollination.
Some plants have evolved complex mechanisms to prevent self-pollination and promote outcrossing.
The flowers of this plant have evolved to prevent self-pollination through temporal separation of male and female reproductive structures.
The anthers were carefully removed to prevent self-pollination.
Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.
The pollination of legumes can also occur through wind or self-pollination.
Self-pollination allows for a higher degree of control in plant breeding experiments.
The anthers were carefully removed to prevent self-pollination.
Self-pollination can lead to a decrease in genetic diversity within a population.
Self-pollination can result in the fixation of beneficial traits within a population.
The process of self-pollination in this plant is highly efficient.
Geitonogamy is more common in plants with small, inconspicuous flowers, as they rely on self-pollination for reproduction.
Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.
Some plants rely on self-pollination, where they transfer pollen from the anther to the stigma themselves.
Some plants can reproduce through self-pollination.
The adnation of the anthers to the stigma in some flowers can promote self-pollination.
The flowers of this plant have evolved to promote self-pollination through physical adaptations.
Some plants have evolved complex mechanisms to prevent self-pollination and promote outcrossing.
Self-pollination can occur in plants with both perfect and imperfect flowers.
Self-pollination can result in the transmission of both desirable and undesirable traits.
The pollination of legumes can also occur through wind or self-pollination.
Self-pollination allows for a higher degree of control in plant breeding experiments.
The anthers were carefully removed to prevent self-pollination.
Self-pollination can lead to a decrease in genetic diversity within a population.
Self-pollination can result in the fixation of beneficial traits within a population.
The process of self-pollination in this plant is highly efficient.
Geitonogamy is more common in plants with small, inconspicuous flowers, as they rely on self-pollination for reproduction.
Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.
Some plants rely on self-pollination, where they transfer pollen from the anther to the stigma themselves.
Some plants can reproduce through self-pollination.
The adnation of the anthers to the stigma in some flowers can promote self-pollination.
The flowers of this plant have evolved to promote self-pollination through physical adaptations.
Some plants have evolved complex mechanisms to prevent self-pollination and promote outcrossing.
Self-pollination can occur in plants with both perfect and imperfect flowers.
Self-pollination can result in the transmission of both desirable and undesirable traits.
Some plants rely on self-pollination, where they transfer pollen from the anther to the stigma themselves.
The flowers of this species are capable of self-pollination.
The process of self-pollination in this plant is highly efficient.
The flowers of this plant have evolved mechanisms to prevent self-pollination.
The flowers of this plant have evolved to promote self-pollination through physical adaptations.
The flowers of this plant have evolved to prevent self-pollination through temporal separation of male and female reproductive structures.
The anthers were carefully removed to prevent self-pollination.
Self-pollination can limit the potential for genetic recombination and the creation of novel genotypes.
The pollination of legumes can also occur through wind or self-pollination.
Self-pollination allows for a higher degree of control in plant breeding experiments.
The anthers were carefully removed to prevent self-pollination.
Self-pollination can lead to a decrease in genetic diversity within a population.