cleistocarps formation
闭果体形成
cleistocarps development
闭果体发育
cleistocarps structure
闭果体结构
cleistocarps species
闭果体物种
cleistocarps function
闭果体功能
cleistocarps characteristics
闭果体特征
cleistocarps ecology
闭果体生态
cleistocarps classification
闭果体分类
cleistocarps morphology
闭果体形态
cleistocarps research
闭果体研究
the cleistocarps of certain fungi are essential for their reproduction.
某些真菌的闭果体对其繁殖至关重要。
scientists study cleistocarps to understand fungal life cycles better.
科学家研究闭果体以更好地理解真菌的生命周期。
cleistocarps can be found in various species of moss.
闭果体可以在多种苔藓物种中找到。
the structure of cleistocarps varies among different fungal groups.
闭果体的结构在不同的真菌群体中有所不同。
understanding cleistocarps helps in the classification of fungi.
理解闭果体有助于真菌的分类。
some cleistocarps can remain dormant for years before germinating.
一些闭果体可以在发芽前保持休眠状态多年。
the study of cleistocarps is crucial for mycology research.
闭果体的研究对真菌学研究至关重要。
cleistocarps often develop in response to environmental conditions.
闭果体通常会对环境条件作出反应而发展。
some plants rely on cleistocarps for their reproductive strategies.
一些植物依赖闭果体作为其繁殖策略。
the discovery of new cleistocarps can lead to breakthroughs in biology.
新闭果体的发现可能会导致生物学上的突破。
cleistocarps formation
闭果体形成
cleistocarps development
闭果体发育
cleistocarps structure
闭果体结构
cleistocarps species
闭果体物种
cleistocarps function
闭果体功能
cleistocarps characteristics
闭果体特征
cleistocarps ecology
闭果体生态
cleistocarps classification
闭果体分类
cleistocarps morphology
闭果体形态
cleistocarps research
闭果体研究
the cleistocarps of certain fungi are essential for their reproduction.
某些真菌的闭果体对其繁殖至关重要。
scientists study cleistocarps to understand fungal life cycles better.
科学家研究闭果体以更好地理解真菌的生命周期。
cleistocarps can be found in various species of moss.
闭果体可以在多种苔藓物种中找到。
the structure of cleistocarps varies among different fungal groups.
闭果体的结构在不同的真菌群体中有所不同。
understanding cleistocarps helps in the classification of fungi.
理解闭果体有助于真菌的分类。
some cleistocarps can remain dormant for years before germinating.
一些闭果体可以在发芽前保持休眠状态多年。
the study of cleistocarps is crucial for mycology research.
闭果体的研究对真菌学研究至关重要。
cleistocarps often develop in response to environmental conditions.
闭果体通常会对环境条件作出反应而发展。
some plants rely on cleistocarps for their reproductive strategies.
一些植物依赖闭果体作为其繁殖策略。
the discovery of new cleistocarps can lead to breakthroughs in biology.
新闭果体的发现可能会导致生物学上的突破。
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