mycoheterotrophous plant
Traditional Chinese_translation
mycoheterotrophous orchid
Traditional Chinese_translation
mycoheterotrophous species
Traditional Chinese_translation
mycoheterotrophous herb
Traditional Chinese_translation
mycoheterotrophous roots
Traditional Chinese_translation
mycoheterotrophous seedlings
Traditional Chinese_translation
mycoheterotrophous flowers
Traditional Chinese_translation
mycoheterotrophous fungi
Traditional Chinese_translation
mycoheterotrophous lifestyle
Traditional Chinese_translation
mycoheterotrophous growth
Traditional Chinese_translation
the mycoheterotrophous orchid thrives in deep shade where sunlight rarely reaches the forest floor.
我的卵菌異養蘭在深處的陰影中茁壯成長，陽光很少照到森林地面。
researchers documented a mycoheterotrophous plant that depends entirely on fungi for carbon.
研究人員記錄到一種卵菌異養植物，它完全依賴真菌來獲取碳。
in the understory, mycoheterotrophous herbs draw nutrients through fungal networks connected to nearby trees.
在灌木層中，卵菌異養草本植物通過與附近樹木相連的真菌網絡獲取營養。
a mycoheterotrophous lifestyle is common among some orchids that lack chlorophyll.
卵菌異養的生活方式在一些缺乏葉綠素的蘭花中很常見。
the field guide notes mycoheterotrophous species as indicators of intact soil fungal communities.
該野外指南將卵菌異養物種標記為完好土壤真菌群落的指標。
because it is mycoheterotrophous, the seedling cannot survive without its specific mycorrhizal partner.
由於它是卵菌異養的，因此幼苗無法在沒有其特定的菌根伴生體的情況下生存。
we found mycoheterotrophous sprouts emerging after heavy rains in a mature beech forest.
我們在成熟的山毛櫸森林中，在暴雨過後發現了卵菌異養的幼苗。
conservation plans protect habitat for mycoheterotrophous plants by limiting soil disturbance.
保護計劃通過限制土壤擾動來保護卵菌異養植物的棲息地。
microscopy revealed mycoheterotrophous roots packed with fungal hyphae forming dense coils.
顯微鏡研究顯示，卵菌異養的根部充滿了真菌菌絲，形成密集的線圈。
the mycoheterotrophous wildflower flowers briefly, then disappears back into the leaf litter.
這種卵菌異養的野花短暫地開花，然後消失在落葉中。
in lab cultures, mycoheterotrophous seedlings grew only when supplied with the correct fungal isolate.
在實驗室培養中，卵菌異養的幼苗只有在提供正確的真菌分離株時才能生長。
ecologists track mycoheterotrophous diversity to understand how forest fungi respond to climate shifts.
生態學家追蹤卵菌異養的多樣性，以了解森林真菌如何對氣候變化做出反應。
mycoheterotrophous plant
Traditional Chinese_translation
mycoheterotrophous orchid
Traditional Chinese_translation
mycoheterotrophous species
Traditional Chinese_translation
mycoheterotrophous herb
Traditional Chinese_translation
mycoheterotrophous roots
Traditional Chinese_translation
mycoheterotrophous seedlings
Traditional Chinese_translation
mycoheterotrophous flowers
Traditional Chinese_translation
mycoheterotrophous fungi
Traditional Chinese_translation
mycoheterotrophous lifestyle
Traditional Chinese_translation
mycoheterotrophous growth
Traditional Chinese_translation
the mycoheterotrophous orchid thrives in deep shade where sunlight rarely reaches the forest floor.
我的卵菌異養蘭在深處的陰影中茁壯成長，陽光很少照到森林地面。
researchers documented a mycoheterotrophous plant that depends entirely on fungi for carbon.
研究人員記錄到一種卵菌異養植物，它完全依賴真菌來獲取碳。
in the understory, mycoheterotrophous herbs draw nutrients through fungal networks connected to nearby trees.
在灌木層中，卵菌異養草本植物通過與附近樹木相連的真菌網絡獲取營養。
a mycoheterotrophous lifestyle is common among some orchids that lack chlorophyll.
卵菌異養的生活方式在一些缺乏葉綠素的蘭花中很常見。
the field guide notes mycoheterotrophous species as indicators of intact soil fungal communities.
該野外指南將卵菌異養物種標記為完好土壤真菌群落的指標。
because it is mycoheterotrophous, the seedling cannot survive without its specific mycorrhizal partner.
由於它是卵菌異養的，因此幼苗無法在沒有其特定的菌根伴生體的情況下生存。
we found mycoheterotrophous sprouts emerging after heavy rains in a mature beech forest.
我們在成熟的山毛櫸森林中，在暴雨過後發現了卵菌異養的幼苗。
conservation plans protect habitat for mycoheterotrophous plants by limiting soil disturbance.
保護計劃通過限制土壤擾動來保護卵菌異養植物的棲息地。
microscopy revealed mycoheterotrophous roots packed with fungal hyphae forming dense coils.
顯微鏡研究顯示，卵菌異養的根部充滿了真菌菌絲，形成密集的線圈。
the mycoheterotrophous wildflower flowers briefly, then disappears back into the leaf litter.
這種卵菌異養的野花短暫地開花，然後消失在落葉中。
in lab cultures, mycoheterotrophous seedlings grew only when supplied with the correct fungal isolate.
在實驗室培養中，卵菌異養的幼苗只有在提供正確的真菌分離株時才能生長。
ecologists track mycoheterotrophous diversity to understand how forest fungi respond to climate shifts.
生態學家追蹤卵菌異養的多樣性，以了解森林真菌如何對氣候變化做出反應。
探索常見搜尋詞彙