leaf phyllode
叶状腺体
phyllode structure
腺体结构
phyllode morphology
腺体形态
phyllode development
腺体发育
phyllode adaptation
腺体适应
phyllode function
腺体功能
phyllode characteristics
腺体特征
phyllode types
腺体类型
phyllode anatomy
腺体解剖
phyllode species
腺体物种
the phyllode of the acacia tree serves as a leaf substitute.
金合欢树的叶柄充当叶子的替代品。
phyllodes can be found in various species of plants.
叶柄可以在多种植物种类中找到。
some plants use phyllodes to adapt to dry environments.
一些植物利用叶柄适应干燥环境。
the phyllode structure helps reduce water loss.
叶柄结构有助于减少水分流失。
scientists study phyllodes to understand plant evolution.
科学家研究叶柄以了解植物进化。
phyllodes can vary in shape and size among different species.
不同物种之间的叶柄形状和大小可以有所不同。
in some regions, phyllodes are an important adaptation.
在某些地区,叶柄是一种重要的适应性。
phyllodes can photosynthesize, providing energy for the plant.
叶柄可以进行光合作用,为植物提供能量。
the unique features of phyllodes attract botanists' attention.
叶柄的独特特征吸引了植物学家的注意。
some animals rely on phyllodes for food in their habitat.
一些动物在其栖息地依赖叶柄作为食物。
leaf phyllode
叶状腺体
phyllode structure
腺体结构
phyllode morphology
腺体形态
phyllode development
腺体发育
phyllode adaptation
腺体适应
phyllode function
腺体功能
phyllode characteristics
腺体特征
phyllode types
腺体类型
phyllode anatomy
腺体解剖
phyllode species
腺体物种
the phyllode of the acacia tree serves as a leaf substitute.
金合欢树的叶柄充当叶子的替代品。
phyllodes can be found in various species of plants.
叶柄可以在多种植物种类中找到。
some plants use phyllodes to adapt to dry environments.
一些植物利用叶柄适应干燥环境。
the phyllode structure helps reduce water loss.
叶柄结构有助于减少水分流失。
scientists study phyllodes to understand plant evolution.
科学家研究叶柄以了解植物进化。
phyllodes can vary in shape and size among different species.
不同物种之间的叶柄形状和大小可以有所不同。
in some regions, phyllodes are an important adaptation.
在某些地区,叶柄是一种重要的适应性。
phyllodes can photosynthesize, providing energy for the plant.
叶柄可以进行光合作用,为植物提供能量。
the unique features of phyllodes attract botanists' attention.
叶柄的独特特征吸引了植物学家的注意。
some animals rely on phyllodes for food in their habitat.
一些动物在其栖息地依赖叶柄作为食物。
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