angiocarp fruit structure
被子果结构
study of angiocarps
对被子果的研究
characteristics of angiocarps
被子果的特征
evolution of angiocarps
被子果的进化
classification of angiocarps
被子果的分类
the plant exhibits an angiocarp structure, characteristic of many flowering plants.
该植物呈现出被子果结构，这在许多开花植物中很常见。
botanists often study angiocarps to understand fruit development and dispersal.
植物学家经常研究被子果，以了解果实发育和传播方式。
some fruits, like apples, are examples of fleshy angiocarps.
一些水果，例如苹果，就是肉质被子果的例子。
the evolution of angiocarps allowed for more efficient seed dispersal.
被子果的演化使得种子传播更加有效。
angiocarps are a key feature distinguishing angiosperms from gymnosperms.
被子果是将被子植物与裸子植物区分开来的关键特征。
the ovary wall of an angiocarp develops into the fruit wall.
被子果的子房壁发育成为果实壁。
angiosperms, with their angiocarps, have become the dominant plant group on earth.
拥有被子果的被子植物已成为地球上占主导地位的植物群。
the study of angiocarps provides insights into the diversity and evolution of plants.
研究被子果可以帮助我们了解植物的多样性和演化过程。
angiocarps have various adaptations for attracting pollinators and dispersing seeds.
被子果具有各种适应机制，以吸引传粉者和传播种子。
the structure of an angiocarp is crucial for the protection and development of seeds inside the fruit.
被子果的结构对于保护和发育果实内部的种子至关重要。
angiocarp fruit structure
被子果结构
study of angiocarps
对被子果的研究
characteristics of angiocarps
被子果的特征
evolution of angiocarps
被子果的进化
classification of angiocarps
被子果的分类
the plant exhibits an angiocarp structure, characteristic of many flowering plants.
该植物呈现出被子果结构，这在许多开花植物中很常见。
botanists often study angiocarps to understand fruit development and dispersal.
植物学家经常研究被子果，以了解果实发育和传播方式。
some fruits, like apples, are examples of fleshy angiocarps.
一些水果，例如苹果，就是肉质被子果的例子。
the evolution of angiocarps allowed for more efficient seed dispersal.
被子果的演化使得种子传播更加有效。
angiocarps are a key feature distinguishing angiosperms from gymnosperms.
被子果是将被子植物与裸子植物区分开来的关键特征。
the ovary wall of an angiocarp develops into the fruit wall.
被子果的子房壁发育成为果实壁。
angiosperms, with their angiocarps, have become the dominant plant group on earth.
拥有被子果的被子植物已成为地球上占主导地位的植物群。
the study of angiocarps provides insights into the diversity and evolution of plants.
研究被子果可以帮助我们了解植物的多样性和演化过程。
angiocarps have various adaptations for attracting pollinators and dispersing seeds.
被子果具有各种适应机制，以吸引传粉者和传播种子。
the structure of an angiocarp is crucial for the protection and development of seeds inside the fruit.
被子果的结构对于保护和发育果实内部的种子至关重要。
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