asexual reproduction is contrasted with allogamy.
无性繁殖与异花授粉相对照。
allogamy promotes genetic diversity within a population.
异花授粉促进种群内的遗传多样性。
many plants rely on allogamy for successful reproduction.
许多植物依靠异花授粉进行成功的繁殖。
the study investigated the mechanisms of allogamy in flowering plants.
该研究调查了开花植物中异花授粉的机制。
allogamy can lead to hybrid offspring with novel traits.
异花授粉可能导致杂交后代具有新颖性状。
pollinators play a crucial role in facilitating allogamy.
传粉媒介在促进异花授粉方面起着至关重要的作用。
self-pollination is distinct from allogamy, which involves pollen transfer between different plants.
自花授粉与异花授粉不同，后者涉及不同植物之间的花粉转移。
understanding allogamy is essential for conservation efforts aimed at preserving plant diversity.
理解异花授粉对于保护旨在维护植物多样性的保育工作至关重要。
allogamy has significant implications for agricultural practices and crop breeding.
异花授粉对农业实践和作物育种具有重大意义。
researchers continue to explore the complex interplay of factors influencing allogamy.
研究人员继续探索影响异花授粉的复杂因素相互作用。
asexual reproduction is contrasted with allogamy.
无性繁殖与异花授粉相对照。
allogamy promotes genetic diversity within a population.
异花授粉促进种群内的遗传多样性。
many plants rely on allogamy for successful reproduction.
许多植物依靠异花授粉进行成功的繁殖。
the study investigated the mechanisms of allogamy in flowering plants.
该研究调查了开花植物中异花授粉的机制。
allogamy can lead to hybrid offspring with novel traits.
异花授粉可能导致杂交后代具有新颖性状。
pollinators play a crucial role in facilitating allogamy.
传粉媒介在促进异花授粉方面起着至关重要的作用。
self-pollination is distinct from allogamy, which involves pollen transfer between different plants.
自花授粉与异花授粉不同，后者涉及不同植物之间的花粉转移。
understanding allogamy is essential for conservation efforts aimed at preserving plant diversity.
理解异花授粉对于保护旨在维护植物多样性的保育工作至关重要。
allogamy has significant implications for agricultural practices and crop breeding.
异花授粉对农业实践和作物育种具有重大意义。
researchers continue to explore the complex interplay of factors influencing allogamy.
研究人员继续探索影响异花授粉的复杂因素相互作用。
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