The nectar is produced in the
nectary of many flowers, attracting pollinators like bees and butterflies.
蜜腺是许多花朵中产生花蜜的地方,吸引着蜜蜂和蝴蝶等传粉者。
Scientists have discovered new species of plants with unique nectaries that could offer insights into evolutionary biology.
科学家发现了一些具有独特蜜腺的新植物种类,这可能为进化生物学提供新的见解。
In some flowers, the
nectary is located at the base of the petals, while in others it may be found at the top or along the length of the stamen.
在一些花朵中,蜜腺位于花瓣的基部,而在其他花朵中,它可能位于柱头的顶部或沿着雄蕊的长度。
The
nectary plays a crucial role in the reproductive cycle of flowering plants by providing a food source for pollinators.
蜜腺在开花植物的繁殖周期中起着至关重要的作用,为传粉者提供食物来源。
Researchers are studying how different types of nectaries affect the behavior of pollinators in various ecosystems.
研究人员正在研究不同类型的蜜腺如何影响各种生态系统中传粉者的活动。
The
nectary's shape and size can vary greatly among different plant species, influencing the type of pollinator it attracts.
蜜腺的形状和大小在不同的植物物种之间可以有很大差异,影响其吸引的传粉者类型。
Some nectaries are specialized to attract specific pollinators, such as birds or bats, which have evolved alongside them.
有些蜜腺专门吸引特定的传粉者,如鸟类或蝙蝠,它们与这些传粉者共同进化。
The study of nectaries has led to a better understanding of the complex relationships between plants and their pollinators.
对蜜腺的研究使我们更好地理解了植物与其传粉者之间的复杂关系。
In certain plants, the
nectary is protected by specialized structures to ensure that only certain pollinators can access it.
在某些植物中,蜜腺受到特殊结构的保护,确保只有特定的传粉者才能访问它。
By analyzing the nectaries of various plant species, scientists hope to develop strategies for conserving endangered pollinators.
通过分析不同植物物种的蜜腺,科学家希望制定保护濒危传粉者的策略。
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