apomict seed production
无性种子繁殖
apomict development strategies
无性生殖发展策略
understanding apomict mechanisms
理解无性生殖机制
apomict ecological implications
无性繁殖的生态影响
the plant can reproduce through apomict mechanisms.
这种植物可以通过孤雌生殖机制繁殖。
apomict species are fascinating for genetic studies.
孤雌生殖物种在遗传研究中非常有趣。
understanding apomictic reproduction can help in crop improvement.
理解孤雌生殖可以帮助作物改良。
researchers are studying the apomictic process in detail.
研究人员正在详细研究孤雌生殖过程。
apomict plants often show unique genetic traits.
孤雌生殖植物通常表现出独特的遗传特征。
many grasses reproduce through apomictic methods.
许多草类通过孤雌生殖方式繁殖。
apomictic reproduction can lead to less genetic diversity.
孤雌生殖可能导致遗传多样性减少。
scientists are exploring the benefits of apomictic crops.
科学家们正在探索孤雌生殖作物的好处。
apomictic plants can bypass the need for pollination.
孤雌生殖植物可以绕过授粉的需要。
the study of apomictic species is gaining popularity.
孤雌生殖物种的研究正越来越受欢迎。
apomict seed production
无性种子繁殖
apomict development strategies
无性生殖发展策略
understanding apomict mechanisms
理解无性生殖机制
apomict ecological implications
无性繁殖的生态影响
the plant can reproduce through apomict mechanisms.
这种植物可以通过孤雌生殖机制繁殖。
apomict species are fascinating for genetic studies.
孤雌生殖物种在遗传研究中非常有趣。
understanding apomictic reproduction can help in crop improvement.
理解孤雌生殖可以帮助作物改良。
researchers are studying the apomictic process in detail.
研究人员正在详细研究孤雌生殖过程。
apomict plants often show unique genetic traits.
孤雌生殖植物通常表现出独特的遗传特征。
many grasses reproduce through apomictic methods.
许多草类通过孤雌生殖方式繁殖。
apomictic reproduction can lead to less genetic diversity.
孤雌生殖可能导致遗传多样性减少。
scientists are exploring the benefits of apomictic crops.
科学家们正在探索孤雌生殖作物的好处。
apomictic plants can bypass the need for pollination.
孤雌生殖植物可以绕过授粉的需要。
the study of apomictic species is gaining popularity.
孤雌生殖物种的研究正越来越受欢迎。
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