pseudocarp structure
假果结构
pseudocarp development
假果发育
pseudocarp formation
假果形成
pseudocarp type
假果类型
pseudocarp examples
假果示例
pseudocarp function
假果功能
pseudocarp characteristics
假果特征
pseudocarp classification
假果分类
pseudocarp varieties
假果品种
pseudocarp importance
假果重要性
pseudocarps are often mistaken for true fruits.
假果常常被误认为是真果。
the pseudocarp of the fig is edible and nutritious.
无花果的假果是可食用且富含营养的。
many plants produce pseudocarps as a reproductive strategy.
许多植物产生假果作为繁殖策略。
pseudocarps can vary greatly in size and shape.
假果的大小和形状可能差异很大。
the study of pseudocarps helps in understanding plant evolution.
研究假果有助于理解植物进化。
pseudocarps are formed from the receptacle of the flower.
假果是由花托形成的。
some fruits, like apples, are classified as pseudocarps.
一些水果，如苹果，被归类为假果。
botanists often examine the structure of pseudocarps.
植物学家经常研究假果的结构。
pseudocarps play a key role in seed dispersal.
假果在种子传播中起着关键作用。
understanding pseudocarps can aid in agricultural practices.
理解假果可以帮助农业实践。
pseudocarp structure
假果结构
pseudocarp development
假果发育
pseudocarp formation
假果形成
pseudocarp type
假果类型
pseudocarp examples
假果示例
pseudocarp function
假果功能
pseudocarp characteristics
假果特征
pseudocarp classification
假果分类
pseudocarp varieties
假果品种
pseudocarp importance
假果重要性
pseudocarps are often mistaken for true fruits.
假果常常被误认为是真果。
the pseudocarp of the fig is edible and nutritious.
无花果的假果是可食用且富含营养的。
many plants produce pseudocarps as a reproductive strategy.
许多植物产生假果作为繁殖策略。
pseudocarps can vary greatly in size and shape.
假果的大小和形状可能差异很大。
the study of pseudocarps helps in understanding plant evolution.
研究假果有助于理解植物进化。
pseudocarps are formed from the receptacle of the flower.
假果是由花托形成的。
some fruits, like apples, are classified as pseudocarps.
一些水果，如苹果，被归类为假果。
botanists often examine the structure of pseudocarps.
植物学家经常研究假果的结构。
pseudocarps play a key role in seed dispersal.
假果在种子传播中起着关键作用。
understanding pseudocarps can aid in agricultural practices.
理解假果可以帮助农业实践。
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