ascocarps form
子实体形成
identifying ascocarps
识别子实体
mature ascocarps
成熟的子实体
collecting ascocarps
收集子实体
ascocarps appear
子实体出现
young ascocarps
年轻的子实体
ascocarp structure
子实体结构
finding ascocarps
寻找子实体
ascocarps grow
子实体生长
several ascocarps
几个子实体
the fungal fruiting bodies, known as ascocarps, were scattered across the forest floor.
这些真菌的子实体，被称为子囊果，散落在森林地面上。
we carefully examined the diverse ascocarps to identify the species of fungi present.
我们仔细检查了各种各样的子囊果，以确定存在的真菌种类。
the apothecial ascocarps of the lichen were brightly colored and easily visible.
地衣的杯状子囊果色彩鲜艳，很容易被看到。
researchers studied the morphology of ascocarps to understand fungal evolution.
研究人员研究子囊果的形态，以了解真菌的进化。
the perithecial ascocarps were small and embedded within the substrate.
子囊球状子囊果很小，并嵌入在基质中。
identifying ascocarps is crucial for diagnosing plant diseases caused by fungi.
识别子囊果对于诊断真菌引起的植物病害至关重要。
the presence of cleistothecial ascocarps indicated a soilborne fungal pathogen.
球孢子状子囊果的存在表明存在土壤传播的真菌病原体。
microscopic examination of ascocarps revealed unique spore structures.
对子囊果进行显微观察，揭示了独特的孢子结构。
we collected several ascocarps for further analysis in the laboratory.
我们收集了几个子囊果，以便在实验室进行进一步分析。
the size and shape of ascocarps can vary greatly depending on the species.
子囊果的大小和形状会根据物种的不同而有很大差异。
decomposing leaf litter provided a suitable habitat for ascocarps to develop.
腐烂的落叶为子囊果的发育提供了合适的栖息地。
ascocarps form
子实体形成
identifying ascocarps
识别子实体
mature ascocarps
成熟的子实体
collecting ascocarps
收集子实体
ascocarps appear
子实体出现
young ascocarps
年轻的子实体
ascocarp structure
子实体结构
finding ascocarps
寻找子实体
ascocarps grow
子实体生长
several ascocarps
几个子实体
the fungal fruiting bodies, known as ascocarps, were scattered across the forest floor.
这些真菌的子实体，被称为子囊果，散落在森林地面上。
we carefully examined the diverse ascocarps to identify the species of fungi present.
我们仔细检查了各种各样的子囊果，以确定存在的真菌种类。
the apothecial ascocarps of the lichen were brightly colored and easily visible.
地衣的杯状子囊果色彩鲜艳，很容易被看到。
researchers studied the morphology of ascocarps to understand fungal evolution.
研究人员研究子囊果的形态，以了解真菌的进化。
the perithecial ascocarps were small and embedded within the substrate.
子囊球状子囊果很小，并嵌入在基质中。
identifying ascocarps is crucial for diagnosing plant diseases caused by fungi.
识别子囊果对于诊断真菌引起的植物病害至关重要。
the presence of cleistothecial ascocarps indicated a soilborne fungal pathogen.
球孢子状子囊果的存在表明存在土壤传播的真菌病原体。
microscopic examination of ascocarps revealed unique spore structures.
对子囊果进行显微观察，揭示了独特的孢子结构。
we collected several ascocarps for further analysis in the laboratory.
我们收集了几个子囊果，以便在实验室进行进一步分析。
the size and shape of ascocarps can vary greatly depending on the species.
子囊果的大小和形状会根据物种的不同而有很大差异。
decomposing leaf litter provided a suitable habitat for ascocarps to develop.
腐烂的落叶为子囊果的发育提供了合适的栖息地。
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