basidiums are essential for the reproduction of certain fungi.
担子果是某些真菌繁殖的关键。
scientists study basidiums to understand fungal life cycles.
科学家研究担子果以了解真菌的生命周期。
basidiums can be found in various types of mushrooms.
担子果可以在各种类型的蘑菇中找到。
the structure of basidiums is fascinating to mycologists.
担子果的结构对真菌学家来说很吸引人。
basidiums play a crucial role in the ecosystem.
担子果在生态系统中发挥着关键作用。
understanding basidiums helps in identifying different mushroom species.
了解担子果有助于识别不同的蘑菇种类。
basidiums develop from specialized cells during fungal growth.
担子果在真菌生长过程中由专门的细胞发育而成。
many edible mushrooms produce basidiums as part of their lifecycle.
许多可食用的蘑菇在其生命周期中产生担子果。
basidiums are often studied in laboratory settings.
担子果通常在实验室环境中进行研究。
research on basidiums can lead to advancements in agriculture.
对担子果的研究可以推动农业的进步。
basidiums are essential for the reproduction of certain fungi.
担子果是某些真菌繁殖的关键。
scientists study basidiums to understand fungal life cycles.
科学家研究担子果以了解真菌的生命周期。
basidiums can be found in various types of mushrooms.
担子果可以在各种类型的蘑菇中找到。
the structure of basidiums is fascinating to mycologists.
担子果的结构对真菌学家来说很吸引人。
basidiums play a crucial role in the ecosystem.
担子果在生态系统中发挥着关键作用。
understanding basidiums helps in identifying different mushroom species.
了解担子果有助于识别不同的蘑菇种类。
basidiums develop from specialized cells during fungal growth.
担子果在真菌生长过程中由专门的细胞发育而成。
many edible mushrooms produce basidiums as part of their lifecycle.
许多可食用的蘑菇在其生命周期中产生担子果。
basidiums are often studied in laboratory settings.
担子果通常在实验室环境中进行研究。
research on basidiums can lead to advancements in agriculture.
对担子果的研究可以推动农业的进步。
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