anemophily pollination
风媒传粉
study of anemophily
研究风媒植物
examples of anemophily
风媒传粉的例子
adaptations for anemophily
适应风媒传粉的特征
importance of anemophily
风媒传粉的重要性
disadvantages of anemophily
风媒传粉的缺点
anemophily vs. zoophily
风媒传粉与动物媒传粉
evolution of anemophily
风媒传粉的演化
the study focuses on the mechanisms of anemophily in various plant species.
这项研究集中探讨了各种植物物种中风媒传粉的机制。
anemophily is a common pollination strategy for grasses and many trees.
风媒传粉是草本植物和许多树木常见的授粉策略。
plants that rely on anemophily often produce large amounts of lightweight pollen.
依靠风媒传粉的植物通常会产生大量轻质花粉。
understanding anemophily is crucial for conserving plant diversity.
了解风媒传粉对于保护植物多样性至关重要。
wind pollination, or anemophily, can be efficient but less targeted than other methods.
风媒授粉，或称风媒传粉，虽然有效但不如其他方法那样精准。
the evolution of anemophily in plants is a fascinating area of research.
植物中风媒传粉的进化是一个令人着迷的研究领域。
the success of anemophily depends on factors like wind speed and pollen dispersal patterns.
风媒传粉的成功取决于风速和花粉传播模式等因素。
many agricultural crops rely on anemophily for pollination, highlighting its economic importance.
许多农作物依靠风媒授粉进行授粉，凸显了其经济意义。
anemophily pollination
风媒传粉
study of anemophily
研究风媒植物
examples of anemophily
风媒传粉的例子
adaptations for anemophily
适应风媒传粉的特征
importance of anemophily
风媒传粉的重要性
disadvantages of anemophily
风媒传粉的缺点
anemophily vs. zoophily
风媒传粉与动物媒传粉
evolution of anemophily
风媒传粉的演化
the study focuses on the mechanisms of anemophily in various plant species.
这项研究集中探讨了各种植物物种中风媒传粉的机制。
anemophily is a common pollination strategy for grasses and many trees.
风媒传粉是草本植物和许多树木常见的授粉策略。
plants that rely on anemophily often produce large amounts of lightweight pollen.
依靠风媒传粉的植物通常会产生大量轻质花粉。
understanding anemophily is crucial for conserving plant diversity.
了解风媒传粉对于保护植物多样性至关重要。
wind pollination, or anemophily, can be efficient but less targeted than other methods.
风媒授粉，或称风媒传粉，虽然有效但不如其他方法那样精准。
the evolution of anemophily in plants is a fascinating area of research.
植物中风媒传粉的进化是一个令人着迷的研究领域。
the success of anemophily depends on factors like wind speed and pollen dispersal patterns.
风媒传粉的成功取决于风速和花粉传播模式等因素。
many agricultural crops rely on anemophily for pollination, highlighting its economic importance.
许多农作物依靠风媒授粉进行授粉，凸显了其经济意义。
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