gynandrous

简明释义

英[dʒaɪˈnændrəs]美[dʒɪˈnændrəs]

adj. [植]雌雄蕊合体的（等于 gynandrus）

英英释义

单词用法

同义词

反义词

例句

1.Gynandrous definition is having the androecium and gynoecium united in a column.

雌雄同体的定义是雄蕊和雌蕊在一个柱状。

2.Gynandrous definition is having the androecium and gynoecium united in a column.

雌雄同体的定义是雄蕊和雌蕊在一个柱状。

3.The plant species is known for its gynandrous 雌雄同体的 flowers, which attract a variety of pollinators.

这种植物种类以其gynandrous 雌雄同体的花朵而闻名，吸引了多种授粉者。

4.In botany, gynandrous 雌雄同体的 structures can lead to unique reproductive strategies.

在植物学中，gynandrous 雌雄同体的结构可以导致独特的繁殖策略。

5.Some orchids exhibit gynandrous 雌雄同体的 characteristics that help them survive in harsh environments.

一些兰花展现出gynandrous 雌雄同体的特性，帮助它们在恶劣环境中生存。

6.The study of gynandrous 雌雄同体的 plants provides insights into evolutionary biology.

对gynandrous 雌雄同体的植物的研究为进化生物学提供了见解。

7.Many gynandrous 雌雄同体的 species have adapted to their environments by developing specialized traits.

许多gynandrous 雌雄同体的物种通过发展特化性状适应了它们的环境。

作文

In the fascinating world of botany, the term gynandrous refers to a unique characteristic of certain plants where the male and female reproductive organs are fused together. This intriguing feature can be observed in various species, showcasing nature's incredible diversity and adaptability. The study of gynandrous plants not only enriches our understanding of plant biology but also opens doors to exploring evolutionary strategies that enhance reproductive success. One of the most notable examples of gynandrous plants is the orchid family. Orchids exhibit a remarkable range of floral structures, many of which possess both male and female parts within a single flower. This fusion is not merely a biological curiosity; it plays a crucial role in the reproduction of these plants. By having both reproductive organs in close proximity, orchids can increase the likelihood of pollination, thus ensuring their survival and propagation. The evolutionary advantages of being gynandrous are significant. In environments where pollinators may be scarce or inconsistent, having integrated reproductive structures allows plants to maximize their chances of successful fertilization. This adaptation can be particularly advantageous in isolated or specialized habitats where maintaining genetic diversity is essential for long-term survival. Moreover, the gynandrous condition can lead to fascinating interactions with pollinators. Many orchids have evolved intricate mechanisms to attract specific insects, ensuring that their pollen is transferred efficiently. The unique shapes and colors of gynandrous flowers often mimic the appearance of female insects, tricking male pollinators into attempting to mate with them. This clever strategy not only facilitates pollination but also highlights the complex relationships between plants and their pollinators. In addition to its ecological significance, the concept of gynandrous can also be applied metaphorically in discussions about gender roles and identities. Just as the fusion of male and female reproductive organs in plants represents a blending of characteristics, our understanding of gender continues to evolve. Society increasingly recognizes that gender is not strictly binary; rather, it exists on a spectrum. This contemporary view aligns with the idea of gynandrous traits in nature, emphasizing the importance of inclusivity and acceptance of diverse identities. In conclusion, the term gynandrous encapsulates both a remarkable botanical phenomenon and a broader metaphor for understanding complexity and diversity in nature and society. As we delve deeper into the study of gynandrous plants, we gain insights not only into their reproductive strategies but also into the intricate web of life that sustains our planet. Furthermore, by embracing the concept of gynandrous in our social discourse, we can foster a more inclusive environment that celebrates the rich tapestry of human identity. Through this dual lens, we appreciate the beauty of nature and the importance of recognizing and valuing all forms of existence.

在植物学的迷人世界中，术语gynandrous指的是某些植物的一种独特特征，即雄性和雌性生殖器官融合在一起。这一引人入胜的特征可以在多种物种中观察到，展示了大自然的惊人多样性和适应能力。研究gynandrous植物不仅丰富了我们对植物生物学的理解，还为探索增强繁殖成功的进化策略打开了大门。 最显著的gynandrous植物例子之一是兰科。兰花展现出惊人的花朵结构变化，其中许多花朵在一个花朵内部同时具有雄性和雌性部分。这种融合不仅仅是生物学上的好奇，它在这些植物的繁殖中扮演着至关重要的角色。通过将两个生殖器官放置在近距离内，兰花可以增加授粉的可能性，从而确保它们的生存和繁殖。 成为gynandrous的进化优势是显著的。在授粉者可能稀缺或不稳定的环境中，具有整合的生殖结构使植物能够最大限度地提高成功受精的机会。这种适应在孤立或特殊栖息地中尤其有利于维持基因多样性，这对长期生存至关重要。 此外，gynandrous特征还可能导致与授粉者之间的迷人互动。许多兰花进化出了复杂的机制来吸引特定的昆虫，确保花粉有效转移。gynandrous花朵的独特形状和颜色往往模仿雌性昆虫的外观，欺骗雄性授粉者试图与之交配。这一巧妙的策略不仅促进了授粉，还突显了植物与授粉者之间复杂的关系。 除了生态重要性，gynandrous的概念也可以在关于性别角色和身份的讨论中隐喻地应用。正如植物中雄性和雌性生殖器官的融合代表了特征的融合，我们对性别的理解也在不断发展。社会越来越认识到性别并非严格的二元，而是存在于一个光谱上。这种当代观点与自然界中gynandrous特征的理念相一致，强调了包容性和接受多样身份的重要性。 总之，术语gynandrous不仅包含了一种显著的植物现象，也是理解自然和社会中复杂性和多样性的更广泛隐喻。当我们深入研究gynandrous植物时，我们不仅获得了对其繁殖策略的洞察，还了解了维持我们星球生命的复杂网络。此外，通过在我们的社会话语中拥抱gynandrous的概念，我们可以营造一个更加包容的环境，庆祝人类身份的丰富织锦。通过这种双重视角，我们欣赏到自然的美丽以及认识和重视所有存在形式的重要性。