nonphotosynthetic tissue
非光合作用组织
being nonphotosynthetic
非光合作用的
nonphotosynthetic orchids
非光合作用兰花
completely nonphotosynthetic
完全非光合作用的
nonphotosynthetic plants
非光合作用植物
a nonphotosynthetic species
一种非光合作用物种
were nonphotosynthetic
曾经是非光合作用的
nonphotosynthetic lifestyle
非光合作用的生活方式
showing nonphotosynthetic
表现出非光合作用的
highly nonphotosynthetic
高度非光合作用的
many parasitic plants are nonphotosynthetic and rely on hosts for nutrients.
许多寄生植物是非光合的，依赖于宿主获取营养。
nonphotosynthetic orchids have evolved to steal resources from fungi.
非光合兰花已经进化到从真菌中窃取资源。
the myco-heterotrophic lifestyle is common among nonphotosynthetic plants.
菌异养生活方式在非光合植物中很常见。
these nonphotosynthetic species often have reduced or absent leaves.
这些非光合植物通常具有减少的或不存在的叶子。
understanding nonphotosynthetic plants is crucial for forest ecosystem studies.
理解非光合植物对于森林生态系统研究至关重要。
some nonphotosynthetic plants have evolved complex root systems.
一些非光合植物已经进化出复杂的根系。
the evolutionary pressures leading to nonphotosynthetic traits are fascinating.
导致非光合特征的进化压力非常有趣。
nonphotosynthetic plants demonstrate remarkable adaptations to nutrient scarcity.
非光合植物展示了对养分稀缺的非凡适应性。
researchers are investigating the genetic basis of nonphotosynthetic lifestyles.
研究人员正在调查非光合生活方式的遗传基础。
the discovery of new nonphotosynthetic species continues to expand.
新非光合植物的发现仍在不断扩大。
nonphotosynthetic plants contribute to nutrient cycling in unique ways.
非光合植物以独特的方式促进养分循环。
nonphotosynthetic tissue
非光合作用组织
being nonphotosynthetic
非光合作用的
nonphotosynthetic orchids
非光合作用兰花
completely nonphotosynthetic
完全非光合作用的
nonphotosynthetic plants
非光合作用植物
a nonphotosynthetic species
一种非光合作用物种
were nonphotosynthetic
曾经是非光合作用的
nonphotosynthetic lifestyle
非光合作用的生活方式
showing nonphotosynthetic
表现出非光合作用的
highly nonphotosynthetic
高度非光合作用的
many parasitic plants are nonphotosynthetic and rely on hosts for nutrients.
许多寄生植物是非光合的，依赖于宿主获取营养。
nonphotosynthetic orchids have evolved to steal resources from fungi.
非光合兰花已经进化到从真菌中窃取资源。
the myco-heterotrophic lifestyle is common among nonphotosynthetic plants.
菌异养生活方式在非光合植物中很常见。
these nonphotosynthetic species often have reduced or absent leaves.
这些非光合植物通常具有减少的或不存在的叶子。
understanding nonphotosynthetic plants is crucial for forest ecosystem studies.
理解非光合植物对于森林生态系统研究至关重要。
some nonphotosynthetic plants have evolved complex root systems.
一些非光合植物已经进化出复杂的根系。
the evolutionary pressures leading to nonphotosynthetic traits are fascinating.
导致非光合特征的进化压力非常有趣。
nonphotosynthetic plants demonstrate remarkable adaptations to nutrient scarcity.
非光合植物展示了对养分稀缺的非凡适应性。
researchers are investigating the genetic basis of nonphotosynthetic lifestyles.
研究人员正在调查非光合生活方式的遗传基础。
the discovery of new nonphotosynthetic species continues to expand.
新非光合植物的发现仍在不断扩大。
nonphotosynthetic plants contribute to nutrient cycling in unique ways.
非光合植物以独特的方式促进养分循环。
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