ascocarps form
Indonesian_translation
identifying ascocarps
Indonesian_translation
mature ascocarps
Indonesian_translation
collecting ascocarps
Indonesian_translation
ascocarps appear
Indonesian_translation
young ascocarps
Indonesian_translation
ascocarp structure
Indonesian_translation
finding ascocarps
Indonesian_translation
ascocarps grow
Indonesian_translation
several ascocarps
Indonesian_translation
the fungal fruiting bodies, known as ascocarps, were scattered across the forest floor.
Indonesian_translation
we carefully examined the diverse ascocarps to identify the species of fungi present.
Indonesian_translation
the apothecial ascocarps of the lichen were brightly colored and easily visible.
Indonesian_translation
researchers studied the morphology of ascocarps to understand fungal evolution.
Indonesian_translation
the perithecial ascocarps were small and embedded within the substrate.
Indonesian_translation
identifying ascocarps is crucial for diagnosing plant diseases caused by fungi.
Indonesian_translation
the presence of cleistothecial ascocarps indicated a soilborne fungal pathogen.
Indonesian_translation
microscopic examination of ascocarps revealed unique spore structures.
Indonesian_translation
we collected several ascocarps for further analysis in the laboratory.
Indonesian_translation
the size and shape of ascocarps can vary greatly depending on the species.
Indonesian_translation
decomposing leaf litter provided a suitable habitat for ascocarps to develop.
Indonesian_translation
ascocarps form
Indonesian_translation
identifying ascocarps
Indonesian_translation
mature ascocarps
Indonesian_translation
collecting ascocarps
Indonesian_translation
ascocarps appear
Indonesian_translation
young ascocarps
Indonesian_translation
ascocarp structure
Indonesian_translation
finding ascocarps
Indonesian_translation
ascocarps grow
Indonesian_translation
several ascocarps
Indonesian_translation
the fungal fruiting bodies, known as ascocarps, were scattered across the forest floor.
Indonesian_translation
we carefully examined the diverse ascocarps to identify the species of fungi present.
Indonesian_translation
the apothecial ascocarps of the lichen were brightly colored and easily visible.
Indonesian_translation
researchers studied the morphology of ascocarps to understand fungal evolution.
Indonesian_translation
the perithecial ascocarps were small and embedded within the substrate.
Indonesian_translation
identifying ascocarps is crucial for diagnosing plant diseases caused by fungi.
Indonesian_translation
the presence of cleistothecial ascocarps indicated a soilborne fungal pathogen.
Indonesian_translation
microscopic examination of ascocarps revealed unique spore structures.
Indonesian_translation
we collected several ascocarps for further analysis in the laboratory.
Indonesian_translation
the size and shape of ascocarps can vary greatly depending on the species.
Indonesian_translation
decomposing leaf litter provided a suitable habitat for ascocarps to develop.
Indonesian_translation
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