mycorrhizal networks
菌根网络
mycorrhizal fungi
菌根真菌
mycorrhizal association
菌根共生
mycorrhizal roots
菌根根
mycorrhizal benefits
菌根益处
mycorrhizal communities
菌根群落
mycorrhizal plants
菌根植物
mycorrhizal function
菌根功能
mycorrhizal networks help plants communicate and share resources.
菌根网络有助于植物沟通和共享资源。
the symbiotic relationship between plants and mycorrhizal fungi is crucial for forest health.
植物和菌根真菌之间的共生关系对森林健康至关重要。
we studied the impact of mycorrhizal colonization on seedling growth.
我们研究了菌根合胞对幼苗生长的影响。
mycorrhizal associations are common in most terrestrial ecosystems.
菌根联系在大多数陆地生态系统中很常见。
agricultural practices can sometimes disrupt beneficial mycorrhizal relationships.
农业实践有时会破坏有益的菌根关系。
the mycorrhizal fungi improved phosphorus uptake in the soil.
菌根真菌提高了土壤中的磷吸收。
we analyzed the diversity of mycorrhizal communities in the forest floor.
我们分析了森林地面中菌根群落的多样性。
mycorrhizal inoculation can enhance plant resistance to drought stress.
菌根接种可以增强植物对干旱胁迫的抵抗力。
the presence of mycorrhizal fungi increased nutrient availability for the plants.
菌根真菌的存在增加了植物可用的营养物质。
understanding mycorrhizal functions is vital for sustainable agriculture.
理解菌根功能对于可持续农业至关重要。
mycorrhizal plants often exhibit increased tolerance to heavy metal contamination.
菌根植物通常表现出对重金属污染增加的耐受性。
mycorrhizal networks
菌根网络
mycorrhizal fungi
菌根真菌
mycorrhizal association
菌根共生
mycorrhizal roots
菌根根
mycorrhizal benefits
菌根益处
mycorrhizal communities
菌根群落
mycorrhizal plants
菌根植物
mycorrhizal function
菌根功能
mycorrhizal networks help plants communicate and share resources.
菌根网络有助于植物沟通和共享资源。
the symbiotic relationship between plants and mycorrhizal fungi is crucial for forest health.
植物和菌根真菌之间的共生关系对森林健康至关重要。
we studied the impact of mycorrhizal colonization on seedling growth.
我们研究了菌根合胞对幼苗生长的影响。
mycorrhizal associations are common in most terrestrial ecosystems.
菌根联系在大多数陆地生态系统中很常见。
agricultural practices can sometimes disrupt beneficial mycorrhizal relationships.
农业实践有时会破坏有益的菌根关系。
the mycorrhizal fungi improved phosphorus uptake in the soil.
菌根真菌提高了土壤中的磷吸收。
we analyzed the diversity of mycorrhizal communities in the forest floor.
我们分析了森林地面中菌根群落的多样性。
mycorrhizal inoculation can enhance plant resistance to drought stress.
菌根接种可以增强植物对干旱胁迫的抵抗力。
the presence of mycorrhizal fungi increased nutrient availability for the plants.
菌根真菌的存在增加了植物可用的营养物质。
understanding mycorrhizal functions is vital for sustainable agriculture.
理解菌根功能对于可持续农业至关重要。
mycorrhizal plants often exhibit increased tolerance to heavy metal contamination.
菌根植物通常表现出对重金属污染增加的耐受性。
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