gemmas growth
芽的生长
gemmas development
芽的发育
gemmas formation
芽的形成
gemmas emergence
芽的出现
gemmas structure
芽的结构
gemmas production
芽的产生
gemmas analysis
芽的分析
gemmas response
芽的反应
gemmas adaptation
芽的适应
gemmas observation
芽的观察
gemmas are often used in plant propagation.
芽常用于植物繁殖。
the gemmas develop into new shoots.
芽会发育成新的芽。
some species produce gemmas as a survival mechanism.
一些物种产生芽作为生存机制。
gemmas can be found in various types of moss.
芽可以在各种苔藓中找到。
understanding gemmas is crucial for botanists.
了解芽对植物学家至关重要。
gemmas can remain dormant for long periods.
芽可以保持休眠状态很长时间。
research on gemmas has expanded in recent years.
近年来对芽的研究有所扩大。
gemmas help in the asexual reproduction of certain plants.
芽有助于某些植物的无性繁殖。
many aquatic plants produce gemmas to survive harsh conditions.
许多水生植物产生芽以应对恶劣条件。
gemmas can be a key factor in plant resilience.
芽可以成为植物韧性的关键因素。
gemmas growth
芽的生长
gemmas development
芽的发育
gemmas formation
芽的形成
gemmas emergence
芽的出现
gemmas structure
芽的结构
gemmas production
芽的产生
gemmas analysis
芽的分析
gemmas response
芽的反应
gemmas adaptation
芽的适应
gemmas observation
芽的观察
gemmas are often used in plant propagation.
芽常用于植物繁殖。
the gemmas develop into new shoots.
芽会发育成新的芽。
some species produce gemmas as a survival mechanism.
一些物种产生芽作为生存机制。
gemmas can be found in various types of moss.
芽可以在各种苔藓中找到。
understanding gemmas is crucial for botanists.
了解芽对植物学家至关重要。
gemmas can remain dormant for long periods.
芽可以保持休眠状态很长时间。
research on gemmas has expanded in recent years.
近年来对芽的研究有所扩大。
gemmas help in the asexual reproduction of certain plants.
芽有助于某些植物的无性繁殖。
many aquatic plants produce gemmas to survive harsh conditions.
许多水生植物产生芽以应对恶劣条件。
gemmas can be a key factor in plant resilience.
芽可以成为植物韧性的关键因素。
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