mycoheterotrophous plant
真菌异养植物
mycoheterotrophous orchid
真菌异养兰
mycoheterotrophous species
真菌异养物种
mycoheterotrophous herb
真菌异养草本植物
mycoheterotrophous roots
真菌异养根
mycoheterotrophous seedlings
真菌异养幼苗
mycoheterotrophous flowers
真菌异养花
mycoheterotrophous fungi
真菌异养真菌
mycoheterotrophous lifestyle
真菌异养生活方式
mycoheterotrophous growth
真菌异养生长
the mycoheterotrophous orchid thrives in deep shade where sunlight rarely reaches the forest floor.
这种菌相异养兰花在深处阴影中生长，阳光很少到达森林地面。
researchers documented a mycoheterotrophous plant that depends entirely on fungi for carbon.
研究人员记录了一种完全依赖真菌获取碳的菌相异养植物。
in the understory, mycoheterotrophous herbs draw nutrients through fungal networks connected to nearby trees.
在灌木层中，菌相异养草本植物通过与附近树木相连的真菌网络获取营养。
a mycoheterotrophous lifestyle is common among some orchids that lack chlorophyll.
缺乏叶绿素的某些兰花中，菌相异养的生活方式很常见。
the field guide notes mycoheterotrophous species as indicators of intact soil fungal communities.
该野外指南将菌相异养物种描述为完整土壤真菌群落的指标。
because it is mycoheterotrophous, the seedling cannot survive without its specific mycorrhizal partner.
由于它是菌相异养的，因此幼苗离不开其特定的菌根伴侣，无法生存。
we found mycoheterotrophous sprouts emerging after heavy rains in a mature beech forest.
我们在成熟的 beech 森林中发现，在暴雨后出现了菌相异养的幼苗。
conservation plans protect habitat for mycoheterotrophous plants by limiting soil disturbance.
保护计划通过限制土壤扰动来保护菌相异养植物的栖息地。
microscopy revealed mycoheterotrophous roots packed with fungal hyphae forming dense coils.
显微镜检查显示，菌相异养的根部充满了真菌菌丝，形成致密的线圈。
the mycoheterotrophous wildflower flowers briefly, then disappears back into the leaf litter.
这种菌相异养的野花短暂开花，然后消失在落叶层中。
in lab cultures, mycoheterotrophous seedlings grew only when supplied with the correct fungal isolate.
在实验室培养中，只有在提供正确的真菌分离株时，菌相异养的幼苗才能生长。
ecologists track mycoheterotrophous diversity to understand how forest fungi respond to climate shifts.
生态学家跟踪菌相异养的多样性，以了解森林真菌如何应对气候变化。
mycoheterotrophous plant
真菌异养植物
mycoheterotrophous orchid
真菌异养兰
mycoheterotrophous species
真菌异养物种
mycoheterotrophous herb
真菌异养草本植物
mycoheterotrophous roots
真菌异养根
mycoheterotrophous seedlings
真菌异养幼苗
mycoheterotrophous flowers
真菌异养花
mycoheterotrophous fungi
真菌异养真菌
mycoheterotrophous lifestyle
真菌异养生活方式
mycoheterotrophous growth
真菌异养生长
the mycoheterotrophous orchid thrives in deep shade where sunlight rarely reaches the forest floor.
这种菌相异养兰花在深处阴影中生长，阳光很少到达森林地面。
researchers documented a mycoheterotrophous plant that depends entirely on fungi for carbon.
研究人员记录了一种完全依赖真菌获取碳的菌相异养植物。
in the understory, mycoheterotrophous herbs draw nutrients through fungal networks connected to nearby trees.
在灌木层中，菌相异养草本植物通过与附近树木相连的真菌网络获取营养。
a mycoheterotrophous lifestyle is common among some orchids that lack chlorophyll.
缺乏叶绿素的某些兰花中，菌相异养的生活方式很常见。
the field guide notes mycoheterotrophous species as indicators of intact soil fungal communities.
该野外指南将菌相异养物种描述为完整土壤真菌群落的指标。
because it is mycoheterotrophous, the seedling cannot survive without its specific mycorrhizal partner.
由于它是菌相异养的，因此幼苗离不开其特定的菌根伴侣，无法生存。
we found mycoheterotrophous sprouts emerging after heavy rains in a mature beech forest.
我们在成熟的 beech 森林中发现，在暴雨后出现了菌相异养的幼苗。
conservation plans protect habitat for mycoheterotrophous plants by limiting soil disturbance.
保护计划通过限制土壤扰动来保护菌相异养植物的栖息地。
microscopy revealed mycoheterotrophous roots packed with fungal hyphae forming dense coils.
显微镜检查显示，菌相异养的根部充满了真菌菌丝，形成致密的线圈。
the mycoheterotrophous wildflower flowers briefly, then disappears back into the leaf litter.
这种菌相异养的野花短暂开花，然后消失在落叶层中。
in lab cultures, mycoheterotrophous seedlings grew only when supplied with the correct fungal isolate.
在实验室培养中，只有在提供正确的真菌分离株时，菌相异养的幼苗才能生长。
ecologists track mycoheterotrophous diversity to understand how forest fungi respond to climate shifts.
生态学家跟踪菌相异养的多样性，以了解森林真菌如何应对气候变化。
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