barbellate

简明释义

英[ˌbɑːrˈbɛl.eɪt]美[ˌbɑːrˈbɛl.eɪt]

adj. 表皮有钩形短刺的；有短硬毛的

英英释义

单词用法

同义词

反义词

例句

1.It is big with barbellate bristles.

它很大，有钩状的刚毛。

2.It is big with barbellate bristles.

它很大，有钩状的刚毛。

3.In microbiology, some bacteria exhibit a barbellate form that aids in their identification.

在微生物学中，一些细菌表现出一种棒状的形态，这有助于它们的识别。

4.Using a microscope, we observed the barbellate appendages on the surface of the cells.

使用显微镜，我们观察到细胞表面上的棒状的附属物。

5.The pollen grains of this plant are described as barbellate, indicating their unique shape and structure.

这种植物的花粉颗粒被描述为棒状的，表明它们独特的形状和结构。

6.The barbellate structures found in the fungus contribute to its reproductive success.

真菌中发现的棒状的结构有助于其繁殖成功。

7.The researcher noted that the barbellate features of the spores were crucial for their dispersal.

研究人员指出，孢子的棒状的特征对其传播至关重要。

作文

In the world of botany, the term barbellate refers to a specific type of structure that resembles a small barbell, typically featuring two rounded ends connected by a narrow middle section. This unique morphology can be observed in various plant species, particularly in the context of their seed dispersal mechanisms. Understanding the significance of barbellate structures is crucial for botanists and ecologists alike, as it provides insights into how plants adapt to their environments and ensure their survival.For instance, many plants have evolved barbellate seeds that are equipped with hooks or spines, allowing them to attach to the fur of passing animals. This adaptation not only facilitates seed dispersal over long distances but also helps the plants colonize new areas. The barbellate shape aids in the attachment process, ensuring that seeds are carried away from the parent plant, which reduces competition for resources.Moreover, the study of barbellate structures extends beyond seeds. In some species, leaves and stems may also exhibit this morphology, serving various functions such as protection against herbivores or reducing water loss. For example, certain succulents possess barbellate features that help them retain moisture in arid environments. These adaptations highlight the remarkable diversity of plant forms and their evolutionary responses to ecological pressures.In addition to their biological significance, barbellate structures can also inspire biomimicry in design and engineering. By studying how nature utilizes these shapes, scientists and engineers can develop innovative solutions to human challenges. For example, the principles behind barbellate attachments can inform the design of new materials or devices that require secure yet flexible connections.The concept of barbellate is not limited to the natural world; it can also be applied metaphorically in various fields. In psychology, the idea of balance—represented by the barbell shape—can be a powerful symbol for achieving equilibrium in life. Just as a barbellate structure maintains stability through its design, individuals can strive for balance in their personal and professional lives, ensuring that no single aspect overwhelms the others.Furthermore, the aesthetic appeal of barbellate forms can be appreciated in art and architecture. Artists often draw inspiration from nature, incorporating organic shapes into their work. The flowing lines and curves of barbellate designs can evoke feelings of harmony and connection to the natural world, reminding viewers of the intricate relationships that exist within ecosystems.In conclusion, the term barbellate encompasses a fascinating array of concepts that span biology, design, and philosophy. By exploring the significance of barbellate structures in plants, we gain valuable insights into the complexities of nature and the ways in which organisms adapt to their environments. Moreover, the applications of this term extend beyond the realm of botany, inviting us to consider how these ideas can influence our understanding of balance and beauty in various aspects of life. As we continue to study and appreciate the nuances of barbellate forms, we deepen our connection to the world around us and enhance our creative endeavors.

在植物学的世界中，术语barbellate指的是一种特定的结构，类似于小杠铃，通常具有两个圆形的端部和一个狭窄的中间部分。这种独特的形态可以在各种植物物种中观察到，特别是在它们的种子传播机制的背景下。理解barbellate结构的重要性对于植物学家和生态学家来说至关重要，因为它提供了植物如何适应环境并确保生存的见解。例如，许多植物已经进化出带有钩或刺的barbellate种子，使其能够附着在经过的动物毛发上。这种适应不仅促进了种子在长距离上的传播，还帮助植物在新区域定殖。barbellate的形状有助于附着过程，确保种子能够远离母体植物，从而减少资源竞争。此外，barbellate结构的研究不仅限于种子。在某些物种中，叶子和茎也可能表现出这种形态，发挥着诸如保护草食动物或减少水分流失等多种功能。例如，某些多肉植物具有barbellate特征，帮助它们在干旱环境中保持水分。这些适应突显了植物形态的惊人多样性及其对生态压力的进化响应。除了生物学意义外，barbellate结构还可以在设计和工程中启发仿生学。通过研究自然如何利用这些形状，科学家和工程师可以开发出创新的解决方案来应对人类挑战。例如，barbellate附着原理可以为需要安全而灵活连接的新材料或设备的设计提供信息。barbellate的概念不仅限于自然界；它还可以在各个领域中隐喻性地应用。在心理学中，平衡的概念——由杠铃形状呈现——可以成为实现生活平衡的强大象征。正如barbellate结构通过其设计保持稳定一样，个人也可以努力在个人和职业生活中寻求平衡，确保没有单一方面压倒其他方面。此外，barbellate形式的美学吸引力在艺术和建筑中也得到了欣赏。艺术家经常从自然中汲取灵感，将有机形状融入他们的作品中。barbellate设计的流畅线条和曲线能够唤起和谐与与自然世界的联系感，提醒观众生态系统内存在的复杂关系。总之，术语barbellate涵盖了一系列迷人的概念，跨越生物学、设计和哲学。通过探索植物中barbellate结构的重要性，我们获得了对自然复杂性的宝贵见解，以及生物如何适应其环境。此外，这个术语的应用超越了植物学的领域，邀请我们思考这些思想如何影响我们对生活各个方面平衡与美的理解。随着我们继续研究和欣赏barbellate形式的细微差别，我们加深了与周围世界的联系，并增强了我们的创造性努力。