nonvascular plant
无血管植物
nonvascular tissue
无血管组织
nonvascular species
无血管物种
nonvascular system
无血管系统
nonvascular growth
无血管生长
nonvascular organism
无血管生物
nonvascular adaptation
无血管适应
nonvascular environment
无血管环境
nonvascular reproduction
无血管繁殖
nonvascular classification
无血管分类
nonvascular plants do not have specialized tissues for transporting water.
非维管植物没有专门运输水分的组织。
mosses are a type of nonvascular plant commonly found in moist environments.
苔藓是一种常见于潮湿环境的非维管植物。
nonvascular organisms rely on diffusion for nutrient absorption.
非维管生物依赖扩散来吸收养分。
some nonvascular plants can survive in extreme conditions.
一些非维管植物能够在极端条件下生存。
the study of nonvascular plants is essential for understanding ecosystems.
研究非维管植物对于理解生态系统至关重要。
nonvascular plants reproduce through spores instead of seeds.
非维管植物通过孢子而非种子繁殖。
in biology, nonvascular plants include mosses and liverworts.
在生物学中，非维管植物包括苔藓和肝藓。
nonvascular plants typically have a simple structure compared to vascular plants.
与维管植物相比，非维管植物通常结构简单。
understanding nonvascular plants helps in conserving biodiversity.
了解非维管植物有助于保护生物多样性。
nonvascular plants play a crucial role in soil formation.
非维管植物在土壤形成中发挥着关键作用。
nonvascular plant
无血管植物
nonvascular tissue
无血管组织
nonvascular species
无血管物种
nonvascular system
无血管系统
nonvascular growth
无血管生长
nonvascular organism
无血管生物
nonvascular adaptation
无血管适应
nonvascular environment
无血管环境
nonvascular reproduction
无血管繁殖
nonvascular classification
无血管分类
nonvascular plants do not have specialized tissues for transporting water.
非维管植物没有专门运输水分的组织。
mosses are a type of nonvascular plant commonly found in moist environments.
苔藓是一种常见于潮湿环境的非维管植物。
nonvascular organisms rely on diffusion for nutrient absorption.
非维管生物依赖扩散来吸收养分。
some nonvascular plants can survive in extreme conditions.
一些非维管植物能够在极端条件下生存。
the study of nonvascular plants is essential for understanding ecosystems.
研究非维管植物对于理解生态系统至关重要。
nonvascular plants reproduce through spores instead of seeds.
非维管植物通过孢子而非种子繁殖。
in biology, nonvascular plants include mosses and liverworts.
在生物学中，非维管植物包括苔藓和肝藓。
nonvascular plants typically have a simple structure compared to vascular plants.
与维管植物相比，非维管植物通常结构简单。
understanding nonvascular plants helps in conserving biodiversity.
了解非维管植物有助于保护生物多样性。
nonvascular plants play a crucial role in soil formation.
非维管植物在土壤形成中发挥着关键作用。
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