ascomycota fungi
子囊菌
studying ascomycota
研究子囊菌
ascomycota species
子囊菌种类
contains ascomycota
含有子囊菌
ascomycota life cycle
子囊菌生命周期
identifying ascomycota
鉴定子囊菌
ascomycota reproduction
子囊菌繁殖
about ascomycota
关于子囊菌
with ascomycota
带有子囊菌
ascomycota infection
子囊菌感染
ascomycota represent a vast phylum of fungi.
担子菌门是一类庞大的真菌门。
researchers study ascomycota for their diverse metabolic pathways.
研究人员研究担子菌门以了解它们多样的代谢途径。
many ascomycota species are important plant pathogens.
许多担子菌门的物种是重要的植物病原体。
the ascomycota phylum includes yeasts like saccharomyces cerevisiae.
担子菌门包括了像酿酒酵母这样的酵母菌。
ascomycota reproduce sexually via ascospore formation.
担子菌门通过担子孢子形成进行有性繁殖。
genetic analysis helps classify ascomycota species.
基因分析有助于分类担子菌门的物种。
some ascomycota form symbiotic relationships with plants.
一些担子菌门与植物形成共生关系。
the ecological role of ascomycota is significant in decomposition.
担子菌门在分解中的生态作用非常重要。
identifying ascomycota in soil is crucial for agricultural health.
在土壤中识别担子菌门对农业健康至关重要。
fungal ascomycota contribute to nutrient cycling in ecosystems.
真菌担子菌门有助于生态系统中养分循环。
the morphology of ascomycota varies widely across species.
担子菌门的形态在不同物种中差异很大。
ascomycota fungi
子囊菌
studying ascomycota
研究子囊菌
ascomycota species
子囊菌种类
contains ascomycota
含有子囊菌
ascomycota life cycle
子囊菌生命周期
identifying ascomycota
鉴定子囊菌
ascomycota reproduction
子囊菌繁殖
about ascomycota
关于子囊菌
with ascomycota
带有子囊菌
ascomycota infection
子囊菌感染
ascomycota represent a vast phylum of fungi.
担子菌门是一类庞大的真菌门。
researchers study ascomycota for their diverse metabolic pathways.
研究人员研究担子菌门以了解它们多样的代谢途径。
many ascomycota species are important plant pathogens.
许多担子菌门的物种是重要的植物病原体。
the ascomycota phylum includes yeasts like saccharomyces cerevisiae.
担子菌门包括了像酿酒酵母这样的酵母菌。
ascomycota reproduce sexually via ascospore formation.
担子菌门通过担子孢子形成进行有性繁殖。
genetic analysis helps classify ascomycota species.
基因分析有助于分类担子菌门的物种。
some ascomycota form symbiotic relationships with plants.
一些担子菌门与植物形成共生关系。
the ecological role of ascomycota is significant in decomposition.
担子菌门在分解中的生态作用非常重要。
identifying ascomycota in soil is crucial for agricultural health.
在土壤中识别担子菌门对农业健康至关重要。
fungal ascomycota contribute to nutrient cycling in ecosystems.
真菌担子菌门有助于生态系统中养分循环。
the morphology of ascomycota varies widely across species.
担子菌门的形态在不同物种中差异很大。
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