identifying dicotyledons
识别双子叶植物
dicotyledons' leaves
双子叶植物的叶子
studying dicotyledons
研究双子叶植物
dicotyledons' seeds
双子叶植物的种子
classifying dicotyledons
分类双子叶植物
examining dicotyledons
检查双子叶植物
dicotyledons grow
双子叶植物生长
dicotyledons' roots
双子叶植物的根
finding dicotyledons
寻找双子叶植物
dicotyledons' features
双子叶植物的特征
many common garden plants are dicotyledons, exhibiting net-veined leaves.
许多常见的园艺植物是双子叶植物，具有网状脉的叶子。
dicotyledons often have a taproot system and branching stems.
双子叶植物通常具有须根系统和分枝的茎。
the study of dicotyledons reveals diverse flowering plant characteristics.
对双子叶植物的研究揭示了不同的开花植物特征。
dicotyledons differ from monocotyledons in seed structure and leaf venation.
双子叶植物与单子叶植物在种子结构和叶脉方面有所不同。
examples of dicotyledons include roses, sunflowers, and beans.
双子叶植物的例子包括玫瑰、向日葵和豆类。
understanding dicotyledons is crucial for plant identification and classification.
理解双子叶植物对于植物识别和分类至关重要。
the presence of two cotyledons is a defining characteristic of this group.
具有两个子叶是该类群的定义特征。
researchers investigate the evolutionary history of dicotyledons.
研究人员调查双子叶植物的进化历史。
dicotyledons represent a large and diverse group within the flowering plants.
双子叶植物是双子叶植物中一个庞大而多样的群体。
the successful cultivation of dicotyledons relies on understanding their needs.
成功地种植双子叶植物取决于了解它们的需求。
comparing dicotyledons and monocotyledons helps clarify plant phylogeny.
比较双子叶植物和单子叶植物有助于阐明植物系统发育。
identifying dicotyledons
识别双子叶植物
dicotyledons' leaves
双子叶植物的叶子
studying dicotyledons
研究双子叶植物
dicotyledons' seeds
双子叶植物的种子
classifying dicotyledons
分类双子叶植物
examining dicotyledons
检查双子叶植物
dicotyledons grow
双子叶植物生长
dicotyledons' roots
双子叶植物的根
finding dicotyledons
寻找双子叶植物
dicotyledons' features
双子叶植物的特征
many common garden plants are dicotyledons, exhibiting net-veined leaves.
许多常见的园艺植物是双子叶植物，具有网状脉的叶子。
dicotyledons often have a taproot system and branching stems.
双子叶植物通常具有须根系统和分枝的茎。
the study of dicotyledons reveals diverse flowering plant characteristics.
对双子叶植物的研究揭示了不同的开花植物特征。
dicotyledons differ from monocotyledons in seed structure and leaf venation.
双子叶植物与单子叶植物在种子结构和叶脉方面有所不同。
examples of dicotyledons include roses, sunflowers, and beans.
双子叶植物的例子包括玫瑰、向日葵和豆类。
understanding dicotyledons is crucial for plant identification and classification.
理解双子叶植物对于植物识别和分类至关重要。
the presence of two cotyledons is a defining characteristic of this group.
具有两个子叶是该类群的定义特征。
researchers investigate the evolutionary history of dicotyledons.
研究人员调查双子叶植物的进化历史。
dicotyledons represent a large and diverse group within the flowering plants.
双子叶植物是双子叶植物中一个庞大而多样的群体。
the successful cultivation of dicotyledons relies on understanding their needs.
成功地种植双子叶植物取决于了解它们的需求。
comparing dicotyledons and monocotyledons helps clarify plant phylogeny.
比较双子叶植物和单子叶植物有助于阐明植物系统发育。
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