hermaphrodite

简明释义

英[hɜːˈmæfrədaɪt]美[hɜːrˈmæfrədaɪt]

n. [动] 雌雄同体；阴阳人；两性体；[植] 雌雄同株

adj. [动] 雌雄同体的

复 数 h e r m a p h r o d i t e s

英英释义

单词用法

同义词

反义词

例句

1.At 14, Calliope Stephanides discovers she has a rare recessive mutation that renders her a pseudo-hermaphrodite.

14岁的卡莉欧碧·斯迪芬奈兹患上了罕见的基因隐性突变，使她成为了一名阴阳人。

2.Flowers hermaphrodite, small, white, arranged in compound umbels.

花杂性，小，白色，排成复伞形花序。

3.Then the chimera could be a hermaphrodite.

那么嵌合体就是双性体。

4.Sequential hermaphrodite Having male and female reproductive organs which mature at different times.

持续性雌雄同体具有不同时期成熟的雄性与雌性生殖的器官。

5.V. adenoclada Hand. -Mazz includes three types: hermaphrodite flower type, female flower type and male flower type.

腺枝葡萄分三种类型，分别为两性花型、雌花型和雄花型；

6.The hermaphrodite flowers with deformity germen could pollinate and fecundate normally and form fruits with deformity.

有子房的其子房又有畸形和正常两类。无子房的两性花不能形成果实；

7.Certain fish species are known to be hermaphrodite 雌雄同体, changing sex based on environmental factors.

某些鱼类被称为hermaphrodite 雌雄同体，根据环境因素改变性别。

8.The term hermaphrodite 雌雄同体 is often used in biology to describe organisms that have both reproductive organs.

术语hermaphrodite 雌雄同体通常用于生物学中，描述具有双重生殖器官的生物。

9.The hermaphrodite 雌雄同体 condition can be advantageous for survival in isolated environments.

在孤立环境中，hermaphrodite 雌雄同体的状态可能对生存有利。

10.The garden has a rare plant that is a hermaphrodite 雌雄同体, capable of producing both male and female flowers.

这个花园里有一种罕见的植物，它是一个hermaphrodite 雌雄同体，能够同时产生雄性和雌性花。

11.In some species of snails, individuals can be hermaphrodite 雌雄同体, allowing them to mate with any other member of their species.

在某些蜗牛物种中，个体可以是hermaphrodite 雌雄同体，使它们能够与任何其他同种成员交配。

作文

In the fascinating world of biology, the term hermaphrodite refers to an organism that possesses both male and female reproductive organs. This unique characteristic allows these organisms to perform sexual reproduction with any other member of their species, enhancing genetic diversity and survival rates. The phenomenon of hermaphrodite individuals can be observed in various species, from plants to animals, showcasing nature's incredible adaptability and complexity.For instance, many flowering plants are considered hermaphrodites because they have both stamens (the male part) and pistils (the female part) within the same flower. This self-fertilization can occur, but cross-pollination often leads to stronger offspring due to increased genetic variation. In the animal kingdom, certain species of fish, such as clownfish and wrasses, exhibit hermaphroditism as well. These fish can change sex depending on environmental factors or social structures within their groups, which is a remarkable adaptation to ensure reproductive success.The existence of hermaphrodites raises interesting questions about gender and sexuality in the animal kingdom. It challenges traditional views of binary gender roles, illustrating that nature does not always conform to human societal norms. For example, in some species, a dominant male may be replaced by a female who then transitions to a male, demonstrating fluidity in sexual identity. This adaptability is crucial for survival, particularly in environments where population dynamics are constantly shifting.Moreover, the study of hermaphrodites can provide insights into evolutionary biology. Understanding how these organisms function and thrive can help scientists comprehend broader ecological interactions and the evolutionary advantages of having dual reproductive capabilities. Some researchers are even exploring how hermaphroditic traits could inform conservation efforts, as these organisms may play vital roles in their ecosystems.However, the concept of hermaphroditism is not without its challenges. In some cases, the presence of both reproductive systems can lead to complications such as inbreeding or reduced fertility. Additionally, human intervention, such as habitat destruction and climate change, poses significant threats to hermaphroditic species, making it essential to prioritize their conservation.In conclusion, the term hermaphrodite encapsulates a remarkable aspect of biological diversity. By examining these organisms, we gain a deeper understanding of reproductive strategies and the complexities of life on Earth. As we continue to explore the intricacies of nature, it is crucial to appreciate the role of hermaphrodites in maintaining ecological balance and promoting biodiversity. Through education and awareness, we can foster a greater appreciation for these unique creatures and advocate for their protection in a rapidly changing world.

在生物学的迷人世界中，术语hermaphrodite指的是一种同时具有雄性和雌性生殖器官的生物。这一独特特征使得这些生物能够与任何其他同种成员进行有性繁殖，从而增强遗传多样性和生存率。hermaphrodite个体的现象可以在各种物种中观察到，从植物到动物，展示了自然的惊人适应性和复杂性。例如，许多开花植物被认为是hermaphrodites，因为它们在同一朵花中既有雄蕊（雄性部分）又有雌蕊（雌性部分）。这种自我授粉可以发生，但交叉授粉通常会导致更强壮的后代，因为增加了遗传变异。在动物王国中，某些鱼类物种，如小丑鱼和皱鳃鱼，也表现出hermaphroditism。这些鱼类可以根据环境因素或群体内的社会结构改变性别，这是确保繁殖成功的显著适应性。hermaphrodites的存在引发了关于动物王国中性别和性取向的有趣问题。它挑战了传统的二元性别角色观念，表明自然并不总是遵循人类社会规范。例如，在某些物种中，主导雄性可能被一只雌性替代，而这只雌性随后过渡为雄性，展示了性别认同的流动性。这种适应性对生存至关重要，尤其是在种群动态不断变化的环境中。此外，研究hermaphrodites可以为进化生物学提供洞察。理解这些生物如何运作和繁衍可以帮助科学家理解更广泛的生态相互作用以及拥有双重生殖能力的进化优势。一些研究人员甚至在探索hermaphroditic特征如何为保护工作提供信息，因为这些生物可能在其生态系统中发挥着重要作用。然而，hermaphroditism的概念并非没有挑战。在某些情况下，存在两种生殖系统可能导致近亲繁殖或生育能力降低。此外，人类干预，如栖息地破坏和气候变化，对hermaphroditic物种构成重大威胁，因此必须优先考虑它们的保护。总之，术语hermaphrodite概括了生物多样性的一个显著方面。通过研究这些生物，我们对繁殖策略和地球上生命的复杂性有了更深刻的理解。随着我们继续探索自然的复杂性，重要的是要欣赏hermaphrodites在维持生态平衡和促进生物多样性方面的作用。通过教育和意识的提高，我们可以培养对这些独特生物的更大欣赏，并倡导在快速变化的世界中保护它们。