the rose is a magnoliopsid plant commonly found in gardens.
玫瑰是一种常见于花园中的木兰类植物。
botanists study magnoliopsid species to understand dicotyledon evolution.
植物学家研究木兰类物种以了解双子叶植物的进化。
the magnoliopsid family includes many economically important crops.
木兰类植物科包括许多经济上重要的作物。
magnolia is a classic magnoliopsid genus with large flowers.
木兰是一种具有大花的典型木兰类属。
magnoliopsid leaves typically show netted venation patterns.
木兰类植物的叶子通常表现出网状的叶脉图案。
the magnoliopsid flower usually has multiple petal arrangements.
木兰类植物的花通常具有多层花瓣排列。
researchers classify plants as magnoliopsid based on seed structure.
研究人员根据种子结构将植物分类为木兰类。
many magnoliopsid trees produce fruits used for food.
许多木兰类树木产生用作食物的果实。
the magnoliopsid stem shows secondary growth patterns.
木兰类植物的茎显示出次生生长模式。
magnoliopsid roots often develop taproot systems.
木兰类植物的根通常发育出主根系统。
some magnoliopsid plants are known for medicinal properties.
一些木兰类植物以其药用特性而闻名。
the magnoliopsid embryo contains two cotyledons.
木兰类植物的胚含有两个子叶。
the rose is a magnoliopsid plant commonly found in gardens.
玫瑰是一种常见于花园中的木兰类植物。
botanists study magnoliopsid species to understand dicotyledon evolution.
植物学家研究木兰类物种以了解双子叶植物的进化。
the magnoliopsid family includes many economically important crops.
木兰类植物科包括许多经济上重要的作物。
magnolia is a classic magnoliopsid genus with large flowers.
木兰是一种具有大花的典型木兰类属。
magnoliopsid leaves typically show netted venation patterns.
木兰类植物的叶子通常表现出网状的叶脉图案。
the magnoliopsid flower usually has multiple petal arrangements.
木兰类植物的花通常具有多层花瓣排列。
researchers classify plants as magnoliopsid based on seed structure.
研究人员根据种子结构将植物分类为木兰类。
many magnoliopsid trees produce fruits used for food.
许多木兰类树木产生用作食物的果实。
the magnoliopsid stem shows secondary growth patterns.
木兰类植物的茎显示出次生生长模式。
magnoliopsid roots often develop taproot systems.
木兰类植物的根通常发育出主根系统。
some magnoliopsid plants are known for medicinal properties.
一些木兰类植物以其药用特性而闻名。
the magnoliopsid embryo contains two cotyledons.
木兰类植物的胚含有两个子叶。
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