basidiomycota fungi
担子菌
studying basidiomycota
研究担子菌
identifying basidiomycota
鉴定担子菌
basidiomycota species
担子菌种类
contains basidiomycota
含有担子菌
basidiomycota life cycle
担子菌生命周期
analyzing basidiomycota
分析担子菌
basidiomycota reproduction
担子菌繁殖
observing basidiomycota
观察担子菌
class basidiomycota
担子菌纲
the study focused on the diversity of basidiomycota in the rainforest.
研究重点是热带雨林中担子菌的多样性。
basidiomycota, including mushrooms, are vital decomposers in many ecosystems.
担子菌，包括蘑菇，是许多生态系统中重要的分解者。
identifying basidiomycota species can be challenging due to their morphological similarities.
由于其形态相似性，识别担子菌物种具有挑战性。
many basidiomycota form symbiotic relationships with plant roots, known as mycorrhizae.
许多担子菌与植物根系形成共生关系，被称为菌根。
the fruiting bodies of basidiomycota are often brightly colored and conspicuous.
担子菌的子实体通常色彩鲜艳且引人注目。
researchers are investigating the potential of basidiomycota for bioremediation.
研究人员正在调查担子菌在生物修复中的潜力。
the basidiomycota life cycle involves complex stages, including spore production.
担子菌的生命周期涉及复杂的阶段，包括孢子产生。
several basidiomycota species are edible and highly valued as food sources.
几种担子菌物种可食用，并被高度评价为食物来源。
genetic analysis helps differentiate between various basidiomycota lineages.
遗传分析有助于区分不同的担子菌谱系。
the ecological role of basidiomycota in soil nutrient cycling is well-established.
担子菌在土壤养分循环中的生态作用已被充分证实。
some basidiomycota cause significant economic losses due to fungal diseases.
某些担子菌会导致严重的经济损失，原因是真菌疾病。
basidiomycota fungi
担子菌
studying basidiomycota
研究担子菌
identifying basidiomycota
鉴定担子菌
basidiomycota species
担子菌种类
contains basidiomycota
含有担子菌
basidiomycota life cycle
担子菌生命周期
analyzing basidiomycota
分析担子菌
basidiomycota reproduction
担子菌繁殖
observing basidiomycota
观察担子菌
class basidiomycota
担子菌纲
the study focused on the diversity of basidiomycota in the rainforest.
研究重点是热带雨林中担子菌的多样性。
basidiomycota, including mushrooms, are vital decomposers in many ecosystems.
担子菌，包括蘑菇，是许多生态系统中重要的分解者。
identifying basidiomycota species can be challenging due to their morphological similarities.
由于其形态相似性，识别担子菌物种具有挑战性。
many basidiomycota form symbiotic relationships with plant roots, known as mycorrhizae.
许多担子菌与植物根系形成共生关系，被称为菌根。
the fruiting bodies of basidiomycota are often brightly colored and conspicuous.
担子菌的子实体通常色彩鲜艳且引人注目。
researchers are investigating the potential of basidiomycota for bioremediation.
研究人员正在调查担子菌在生物修复中的潜力。
the basidiomycota life cycle involves complex stages, including spore production.
担子菌的生命周期涉及复杂的阶段，包括孢子产生。
several basidiomycota species are edible and highly valued as food sources.
几种担子菌物种可食用，并被高度评价为食物来源。
genetic analysis helps differentiate between various basidiomycota lineages.
遗传分析有助于区分不同的担子菌谱系。
the ecological role of basidiomycota in soil nutrient cycling is well-established.
担子菌在土壤养分循环中的生态作用已被充分证实。
some basidiomycota cause significant economic losses due to fungal diseases.
某些担子菌会导致严重的经济损失，原因是真菌疾病。
探索常用高频词汇