gynodioecy observed
观察到双性别植株
studying gynodioecy
研究双性别植株
gynodioecy traits
双性别植株特征
presence of gynodioecy
双性别植株存在
gynodioecy species
双性别植株物种
with gynodioecy
具有双性别植株
gynodioecy evolution
双性别植株演化
displaying gynodioecy
表现出双性别植株
gynodioecy mechanism
双性别植株机制
understanding gynodioecy
理解双性别植株
the plant exhibited a fascinating case of gynodioecy, with both male and female flowers on the same individual.
这种植物表现出一种迷人的案例，同一植株上既有雄花也有雌花。
researchers are investigating the genetic basis of gynodioecy in this species of fern.
研究人员正在调查这种蕨类植物中雌双花现象的遗传基础。
gynodioecy is a reproductive strategy observed in several plant families, including willows.
雌双花现象是一种在多种植物科中观察到的繁殖策略，包括柳树科。
the prevalence of gynodioecy can influence the plant's overall reproductive success.
雌双花现象的普遍性会影响植物的整体繁殖成功率。
understanding gynodioecy is crucial for effective conservation efforts of these species.
理解雌双花现象对于这些物种的有效保护工作至关重要。
gynodioecy often leads to complex interactions within plant communities.
雌双花现象通常会导致植物群落内复杂的相互作用。
the evolutionary advantages of gynodioecy are still a subject of ongoing research.
雌双花现象的进化优势仍然是持续研究的主题。
gynodioecy can impact pollination efficiency and seed production in certain plants.
雌双花现象会影响某些植物的传粉效率和种子产量。
a detailed study of gynodioecy revealed significant variation among different populations.
对雌双花现象的详细研究显示不同种群之间存在显著差异。
the presence of gynodioecy complicates breeding programs for agricultural crops.
雌双花现象的存在使农作物的育种计划变得复杂。
scientists are using molecular markers to identify genes associated with gynodioecy.
科学家们正在使用分子标记来识别与雌双花现象相关的基因。
gynodioecy observed
观察到双性别植株
studying gynodioecy
研究双性别植株
gynodioecy traits
双性别植株特征
presence of gynodioecy
双性别植株存在
gynodioecy species
双性别植株物种
with gynodioecy
具有双性别植株
gynodioecy evolution
双性别植株演化
displaying gynodioecy
表现出双性别植株
gynodioecy mechanism
双性别植株机制
understanding gynodioecy
理解双性别植株
the plant exhibited a fascinating case of gynodioecy, with both male and female flowers on the same individual.
这种植物表现出一种迷人的案例，同一植株上既有雄花也有雌花。
researchers are investigating the genetic basis of gynodioecy in this species of fern.
研究人员正在调查这种蕨类植物中雌双花现象的遗传基础。
gynodioecy is a reproductive strategy observed in several plant families, including willows.
雌双花现象是一种在多种植物科中观察到的繁殖策略，包括柳树科。
the prevalence of gynodioecy can influence the plant's overall reproductive success.
雌双花现象的普遍性会影响植物的整体繁殖成功率。
understanding gynodioecy is crucial for effective conservation efforts of these species.
理解雌双花现象对于这些物种的有效保护工作至关重要。
gynodioecy often leads to complex interactions within plant communities.
雌双花现象通常会导致植物群落内复杂的相互作用。
the evolutionary advantages of gynodioecy are still a subject of ongoing research.
雌双花现象的进化优势仍然是持续研究的主题。
gynodioecy can impact pollination efficiency and seed production in certain plants.
雌双花现象会影响某些植物的传粉效率和种子产量。
a detailed study of gynodioecy revealed significant variation among different populations.
对雌双花现象的详细研究显示不同种群之间存在显著差异。
the presence of gynodioecy complicates breeding programs for agricultural crops.
雌双花现象的存在使农作物的育种计划变得复杂。
scientists are using molecular markers to identify genes associated with gynodioecy.
科学家们正在使用分子标记来识别与雌双花现象相关的基因。
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