fimbriate

简明释义

英[ˈfɪmbrɪɪt]美[ˈfɪmbrɪeɪt]

adj. [生物]有毛缘的；有须毛为缘的

vt. 使……有毛缘

英英释义

单词用法

同义词

反义词

例句

1.Petals white or whitish green, densely purple-brown punctate or not, obovate-oblong, ca. 7 mm, margin densely erose or shortly fimbriate, apex emarginate.

浓密，花瓣白色或带白色绿色具点的紫褐色与否，倒卵状长圆形，约7毫米，边缘密啮蚀状或短流苏状，先端微缺。

2.Petals white or whitish green, densely purple-brown punctate or not, obovate-oblong, ca. 7 mm, margin densely erose or shortly fimbriate, apex emarginate.

浓密，花瓣白色或带白色绿色具点的紫褐色与否，倒卵状长圆形，约7毫米，边缘密啮蚀状或短流苏状，先端微缺。

3.Petal margin entire or shortly fimbriate and erose proximally.

短的花瓣边缘全缘或流苏状和啮蚀状下部。

4.The petals of the flower were beautifully fimbriate, giving it a delicate appearance.

花瓣呈现出美丽的边缘状，让它看起来十分精致。

5.The fimbriate edges of the leaf helped in identifying the plant species.

叶子的边缘状特征有助于识别植物种类。

6.In the biology lab, we studied the fimbriate structures of certain bacteria under the microscope.

在生物实验室，我们在显微镜下研究了某些细菌的边缘状结构。

7.The fimbriate appearance of the coral adds to its beauty and complexity.

珊瑚的边缘状外观增加了它的美丽和复杂性。

8.The artist used a fimbriate technique to create intricate patterns on the canvas.

艺术家采用了边缘状的技法在画布上创造复杂的图案。

作文

The natural world is filled with a myriad of fascinating shapes and structures that often go unnoticed in our daily lives. One such term that describes a unique morphological feature is fimbriate, which refers to something that is fringed or bordered with a series of thin, hair-like projections. This term is commonly used in botany and zoology to describe the edges of leaves, petals, or even the appendages of certain animals. The beauty of fimbriate structures lies in their intricate designs, which can serve various functions in nature. Take, for example, the fimbriate edges of some orchid flowers. These delicate fringes not only add to the aesthetic appeal of the flower but also play a crucial role in attracting pollinators. The intricate patterns created by the fimbriate borders can guide insects toward the reproductive parts of the flower, ensuring successful pollination. This symbiotic relationship between plants and pollinators highlights the importance of fimbriate structures in the ecosystem. In addition to plants, many marine organisms exhibit fimbriate characteristics. For instance, certain species of sea anemones have tentacles that are fringed with tiny, hair-like structures. These fimbriate tentacles not only enhance the anemone's ability to capture prey but also increase its surface area for respiration. The presence of these fringes is a testament to the evolutionary adaptations that allow organisms to thrive in their respective environments. Moreover, the concept of fimbriate extends beyond biology into the realm of art and architecture. Artists often draw inspiration from the natural world, incorporating fimbriate patterns into their work. The flowing lines and delicate fringes can evoke a sense of movement and grace, making them a popular choice in decorative arts. Similarly, architects may use fimbriate designs to enhance the visual appeal of buildings, creating facades that mimic the intricate details found in nature. Understanding the significance of fimbriate structures can deepen our appreciation for the complexity of life on Earth. It encourages us to observe the subtle details that often go unnoticed, reminding us of the interconnectedness of all living things. Whether in the form of a flower, a sea creature, or a piece of art, fimbriate features showcase the diversity and creativity inherent in the natural world. In conclusion, the term fimbriate encapsulates a remarkable aspect of biological and artistic design. From the fringed edges of petals to the delicate tentacles of marine life, these structures serve essential functions while also captivating our imagination. By exploring the concept of fimbriate, we can cultivate a greater respect for the wonders of nature and the intricate patterns that surround us every day.

自然界充满了各种迷人的形状和结构，这些结构在我们的日常生活中常常被忽视。一个描述独特形态特征的术语是fimbriate，它指的是某物边缘有一系列细长的、毛状的突起。这个术语在植物学和动物学中常用来描述叶子、花瓣甚至某些动物附肢的边缘。fimbriate结构的美在于它们复杂的设计，这些设计在自然界中可以发挥多种功能。 以某些兰花花朵的fimbriate边缘为例。这些精致的边缘不仅增加了花朵的美感，而且在吸引授粉者方面发挥着至关重要的作用。fimbriate边缘所形成的复杂图案可以引导昆虫朝向花朵的生殖部分，从而确保成功授粉。这种植物与授粉者之间的共生关系突显了fimbriate结构在生态系统中的重要性。 除了植物，许多海洋生物也表现出fimbriate特征。例如，某些种类的海葵拥有边缘带有细小毛状结构的触手。这些fimbriate触手不仅增强了海葵捕获猎物的能力，还增加了其呼吸的表面积。这些边缘的存在证明了生物为了在各自环境中生存而进行的进化适应。 此外，fimbriate的概念超越了生物学，进入了艺术和建筑的领域。艺术家们常常从自然界中汲取灵感，将fimbriate图案融入他们的作品中。流畅的线条和精致的边缘可以唤起一种运动和优雅的感觉，使其成为装饰艺术中的热门选择。同样，建筑师可能会使用fimbriate设计来增强建筑物的视觉吸引力，创造出模仿自然中复杂细节的外立面。 理解fimbriate结构的重要性可以加深我们对地球生命复杂性的欣赏。它鼓励我们观察那些常常被忽视的微妙细节，提醒我们所有生物之间的相互联系。无论是以花朵、海洋生物还是艺术品的形式，fimbriate特征展示了自然界中固有的多样性和创造力。 总之，fimbriate这个术语概括了生物和艺术设计的一个显著方面。从花瓣的毛边到海洋生物的精致触手，这些结构不仅具有重要功能，同时也吸引着我们的想象力。通过探索fimbriate的概念，我们可以培养对自然奇观及其周围复杂图案的更大尊重。