anemophily pollination
風媒傳粉
study of anemophily
研究風媒植物
examples of anemophily
風媒傳粉的例子
adaptations for anemophily
適應風媒傳粉的特徵
importance of anemophily
風媒傳粉的重要性
disadvantages of anemophily
風媒傳粉的缺點
anemophily vs. zoophily
風媒傳粉與動物媒傳粉
evolution of anemophily
風媒傳粉的演化
the study focuses on the mechanisms of anemophily in various plant species.
這項研究集中探討了各種植物物種中風媒傳粉的機制。
anemophily is a common pollination strategy for grasses and many trees.
風媒傳粉是草本植物和許多樹木常見的授粉策略。
plants that rely on anemophily often produce large amounts of lightweight pollen.
依靠風媒傳粉的植物通常會產生大量輕質花粉。
understanding anemophily is crucial for conserving plant diversity.
瞭解風媒傳粉對於保護植物多樣性至關重要。
wind pollination, or anemophily, can be efficient but less targeted than other methods.
風媒授粉，或稱風媒傳粉，雖然有效但不如其他方法那樣精準。
the evolution of anemophily in plants is a fascinating area of research.
植物中風媒傳粉的進化是一個令人着迷的研究領域。
the success of anemophily depends on factors like wind speed and pollen dispersal patterns.
風媒傳粉的成功取決於風速和花粉傳播模式等因素。
many agricultural crops rely on anemophily for pollination, highlighting its economic importance.
許多農作物依靠風媒授粉進行授粉，凸顯了其經濟意義。
anemophily pollination
風媒傳粉
study of anemophily
研究風媒植物
examples of anemophily
風媒傳粉的例子
adaptations for anemophily
適應風媒傳粉的特徵
importance of anemophily
風媒傳粉的重要性
disadvantages of anemophily
風媒傳粉的缺點
anemophily vs. zoophily
風媒傳粉與動物媒傳粉
evolution of anemophily
風媒傳粉的演化
the study focuses on the mechanisms of anemophily in various plant species.
這項研究集中探討了各種植物物種中風媒傳粉的機制。
anemophily is a common pollination strategy for grasses and many trees.
風媒傳粉是草本植物和許多樹木常見的授粉策略。
plants that rely on anemophily often produce large amounts of lightweight pollen.
依靠風媒傳粉的植物通常會產生大量輕質花粉。
understanding anemophily is crucial for conserving plant diversity.
瞭解風媒傳粉對於保護植物多樣性至關重要。
wind pollination, or anemophily, can be efficient but less targeted than other methods.
風媒授粉，或稱風媒傳粉，雖然有效但不如其他方法那樣精準。
the evolution of anemophily in plants is a fascinating area of research.
植物中風媒傳粉的進化是一個令人着迷的研究領域。
the success of anemophily depends on factors like wind speed and pollen dispersal patterns.
風媒傳粉的成功取決於風速和花粉傳播模式等因素。
many agricultural crops rely on anemophily for pollination, highlighting its economic importance.
許多農作物依靠風媒授粉進行授粉，凸顯了其經濟意義。
探索常見搜尋詞彙