resupinate

简明释义

英[rɪˈsuːpɪneɪt;-ˈsjuː-]美[rɪˈsjʊpɪnet]

adj. 向上翻转的；[植] 倒置的

英英释义

单词用法

同义词

反义词

例句

1.Many orchids have resupinate flowers.

兰花都有倒垂的花朵。

2.Many orchids have resupinate flowers.

兰花都有倒垂的花朵。

3.Many orchids have resupinate flowers.

许多种兰花都有倒垂的花朵。

4.The botanist explained how the leaves of some orchids are naturally resupinate 反转的, allowing them to face upwards.

植物学家解释了某些兰花的叶子是自然的resupinate 反转的，使它们能够朝上面对。

5.In certain ferns, the fronds will resupinate 反转 as they unfurl, creating a unique shape.

在某些蕨类植物中，叶片在展开时会resupinate 反转，形成独特的形状。

6.The term resupinate 反转 is often used in botany to describe flowers that twist during development.

术语resupinate 反转通常用于植物学中，描述在发育过程中扭曲的花朵。

7.During our hike, we noticed that the petals of some wildflowers were resupinate 反转的 towards the sun.

在我们的远足中，我们注意到一些野花的花瓣朝向太阳是resupinate 反转的。

8.The professor showed us how the resupinate 反转的 growth of certain plants can help with pollination.

教授向我们展示了某些植物的resupinate 反转的生长如何有助于授粉。

作文

In the world of botany and plant morphology, the term resupinate refers to a specific type of orientation that certain plants exhibit during their growth and development. This phenomenon is particularly observed in orchids and some other flowering plants. When a flower or leaf is described as resupinate, it means that it has undergone a twisting process that results in its being turned upside down from its original position. This unique characteristic not only adds to the aesthetic beauty of the plant but also plays a crucial role in its reproductive strategy. The process of resupination can be fascinating to observe. For example, many orchids start their life in a bud form that is oriented in one direction. As the flower develops, it twists and turns, eventually reaching a position where it is inverted. This inversion is not merely a random occurrence; it serves specific purposes. One of the primary benefits of resupination is that it allows for more effective pollination. By positioning the reproductive structures in a way that is accessible to pollinators, these plants increase their chances of successful reproduction. Additionally, the resupinate orientation can help minimize damage from environmental factors such as wind and rain. By orienting their flowers or leaves in a certain way, plants can reduce the impact of adverse weather conditions. This adaptation showcases the intricate relationship between plants and their environments, highlighting how evolution shapes the physical characteristics of flora. Moreover, the phenomenon of resupination is not limited to just orchids. Other plant families exhibit similar behaviors, demonstrating that this trait is a widespread evolutionary strategy. For instance, some ferns and other non-flowering plants also display resupinate features, suggesting that this characteristic may have deeper evolutionary roots than previously thought. Understanding the concept of resupinate and its implications can enhance our appreciation for the complexity of plant life. It reminds us that what we often take for granted—the simple act of a flower blooming—can involve intricate biological processes that are finely tuned to ensure survival and reproduction. As we delve deeper into the study of botany, we uncover layers of meaning behind terms like resupinate, which serve as gateways to understanding the broader ecological relationships at play. In conclusion, the term resupinate encapsulates an essential aspect of plant morphology that reflects the adaptability and ingenuity of nature. Whether in the context of enhancing pollination strategies or protecting against environmental stresses, resupination illustrates the remarkable ways in which plants have evolved to thrive in diverse habitats. By studying such phenomena, we gain insights not only into the lives of individual species but also into the intricate web of life that connects all organisms on our planet.

在植物学和植物形态学的世界中，术语resupinate指的是某些植物在生长和发育过程中表现出的特定方向性。这种现象尤其在兰花和其他一些开花植物中被观察到。当一朵花或一片叶子被描述为resupinate时，意味着它经历了一种扭转过程，从而导致其从原始位置翻转过来。这一独特特征不仅增加了植物的美学魅力，而且在其繁殖策略中发挥着至关重要的作用。 观察resupination的过程是非常迷人的。例如，许多兰花在芽形态中以一种方向开始它们的生命。随着花朵的发展，它扭转并旋转，最终达到一种倒置的位置。这种倒置并不是随机发生的；它有特定的目的。Resupination的主要好处之一是，它允许更有效的授粉。通过将生殖结构以可接近的方式定位，这些植物增加了成功繁殖的机会。 此外，resupinate的方向可以帮助最小化环境因素（如风和雨）造成的损害。通过以某种方式定向它们的花或叶子，植物可以减少不利天气条件的影响。这种适应展示了植物与其环境之间的复杂关系，突显了进化如何塑造植物的物理特征。 此外，resupination的现象并不仅限于兰花。其他植物科也表现出类似的行为，表明这一特征是一种广泛的进化策略。例如，一些蕨类植物和其他非开花植物也显示出resupinate特征，这表明这一特征可能比以前认为的更深层次的进化根源。 理解resupinate的概念及其含义可以增强我们对植物生命复杂性的欣赏。它提醒我们，往往我们所视为理所当然的事情——一朵花的简单绽放——可能涉及精细调节的生物过程，以确保生存和繁殖。当我们深入研究植物学时，我们会揭示像resupinate这样的术语背后的意义层次，它们作为理解更广泛生态关系的入口。 总之，术语resupinate概括了植物形态学的一个基本方面，反映了自然的适应性和创造力。无论是在增强授粉策略还是保护免受环境压力的背景下，resupination都展示了植物如何进化以在多样化栖息地中生存的非凡方式。通过研究这些现象，我们不仅获得了对个别物种生活的洞察，还对连接我们星球上所有生物的复杂生命网络有了更深的理解。