ectomycorrhizae present
存在根内菌
studying ectomycorrhizae
研究根内菌
ectomycorrhizae networks
根内菌网络
analyzing ectomycorrhizae
分析根内菌
ectomycorrhizae abundance
根内菌丰度
mapping ectomycorrhizae
绘制根内菌分布图
ectomycorrhizae function
根内菌功能
identifying ectomycorrhizae
鉴定根内菌
ectomycorrhizae impact
根内菌影响
forest soils often harbor extensive networks of ectomycorrhizae.
森林土壤通常有广泛的丛枝菌根网络。
ectomycorrhizae form a symbiotic relationship with tree roots.
丛枝菌根与树根形成共生关系。
the presence of ectomycorrhizae can improve nutrient uptake for plants.
丛枝菌根的存在可以提高植物的养分吸收。
researchers study ectomycorrhizae to understand forest ecosystems better.
研究人员研究丛枝菌根，以便更好地了解森林生态系统。
ectomycorrhizae are crucial for the survival of many tree species.
丛枝菌根对许多树种的生存至关重要。
deforestation can negatively impact the abundance of ectomycorrhizae.
森林砍伐会对丛枝菌根的丰度产生负面影响。
mycorrhizal fungi, including ectomycorrhizae, are vital for soil health.
丛菌类真菌，包括丛枝菌根，对土壤健康至关重要。
ectomycorrhizae extend into the soil, increasing the root's foraging area.
丛枝菌根延伸到土壤中，增加了根系的觅食区域。
the fungal hyphae of ectomycorrhizae transport nutrients to the roots.
丛枝菌根的真菌菌丝将养分输送到根部。
ectomycorrhizae are commonly found in temperate and boreal forests.
丛枝菌根常见于温带和北方森林。
sustainable forestry practices aim to protect beneficial ectomycorrhizae.
可持续的林业实践旨在保护有益的丛枝菌根。
changes in soil ph can affect the distribution of ectomycorrhizae.
土壤ph值的变化会影响丛枝菌根的分布。
ectomycorrhizae present
存在根内菌
studying ectomycorrhizae
研究根内菌
ectomycorrhizae networks
根内菌网络
analyzing ectomycorrhizae
分析根内菌
ectomycorrhizae abundance
根内菌丰度
mapping ectomycorrhizae
绘制根内菌分布图
ectomycorrhizae function
根内菌功能
identifying ectomycorrhizae
鉴定根内菌
ectomycorrhizae impact
根内菌影响
forest soils often harbor extensive networks of ectomycorrhizae.
森林土壤通常有广泛的丛枝菌根网络。
ectomycorrhizae form a symbiotic relationship with tree roots.
丛枝菌根与树根形成共生关系。
the presence of ectomycorrhizae can improve nutrient uptake for plants.
丛枝菌根的存在可以提高植物的养分吸收。
researchers study ectomycorrhizae to understand forest ecosystems better.
研究人员研究丛枝菌根，以便更好地了解森林生态系统。
ectomycorrhizae are crucial for the survival of many tree species.
丛枝菌根对许多树种的生存至关重要。
deforestation can negatively impact the abundance of ectomycorrhizae.
森林砍伐会对丛枝菌根的丰度产生负面影响。
mycorrhizal fungi, including ectomycorrhizae, are vital for soil health.
丛菌类真菌，包括丛枝菌根，对土壤健康至关重要。
ectomycorrhizae extend into the soil, increasing the root's foraging area.
丛枝菌根延伸到土壤中，增加了根系的觅食区域。
the fungal hyphae of ectomycorrhizae transport nutrients to the roots.
丛枝菌根的真菌菌丝将养分输送到根部。
ectomycorrhizae are commonly found in temperate and boreal forests.
丛枝菌根常见于温带和北方森林。
sustainable forestry practices aim to protect beneficial ectomycorrhizae.
可持续的林业实践旨在保护有益的丛枝菌根。
changes in soil ph can affect the distribution of ectomycorrhizae.
土壤ph值的变化会影响丛枝菌根的分布。
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