forcipate

简明释义

英[/ˈfɔr.sɪ.peɪt/]美[/ˈfɔr.sɪ.peɪt/]

adj. 钳状的

英英释义

单词用法

同义词

反义词

例句

1.The utility model relates to a direct current forcipate ammeter.

本实用新型涉及到一种直流钳形表。

2.The utility model relates to a direct current forcipate ammeter.

本实用新型涉及到一种直流钳形表。

3.The insect's mouthparts are described as forcipate, meaning they are adapted for grasping and holding prey.

这种昆虫的口器被描述为forcipate，意味着它们适合抓握和捕捉猎物。

4.In entomology, a forcipate structure is essential for certain predatory species.

在昆虫学中，forcipate 结构对某些捕食性物种至关重要。

5.The forcipate appendages of the spider allow it to effectively capture its food.

蜘蛛的forcipate 附肢使其能够有效捕捉食物。

6.Many species of beetles have forcipate jaws that help them in their feeding habits.

许多甲虫种类具有forcipate 下颚，帮助它们进行进食。

7.When observing the praying mantis, you can see its forcipate forelegs used for capturing prey.

观察螳螂时，你可以看到它的forcipate 前腿用于捕捉猎物。

作文

In the world of biology, the term forcipate refers to a specific morphological trait seen in certain organisms. This term is derived from the Latin word 'forcipes,' meaning tongs or forceps, which aptly describes the pincers or claw-like structures found in various species. Understanding the concept of forcipate can provide valuable insights into the evolutionary adaptations that have occurred in different environments. For example, many insects exhibit forcipate features, particularly in their mouthparts or appendages. These adaptations allow them to grasp, hold, or manipulate their food more effectively, showcasing how evolution tailors physical traits to enhance survival. A prime example is the praying mantis, which possesses highly specialized forelegs that are forcipate in nature. These legs are not only designed for capturing prey but also serve as a defense mechanism against predators. The mantis’s ability to swiftly strike at its prey with these forcipate legs demonstrates the efficiency of evolutionary design. Moreover, the study of forcipate structures extends beyond insects. Certain species of arachnids, such as scorpions, also display forcipate adaptations in their pincers, which are crucial for hunting and self-defense. The size and strength of these pincers can vary significantly among different scorpion species, illustrating how forcipate features can evolve to meet specific ecological demands. In addition to their functional advantages, forcipate adaptations can also play a role in mating rituals and territorial disputes. For instance, male beetles often possess exaggerated forcipate mandibles that they use to compete with other males for access to females. This sexual selection process highlights the importance of forcipate traits in ensuring reproductive success, further emphasizing the multifaceted role that these adaptations play in the animal kingdom. From an ecological perspective, the presence of forcipate features in various species can indicate the health of an ecosystem. Changes in the population dynamics of forcipate organisms may signal shifts in environmental conditions, such as habitat destruction or climate change. By monitoring these species, scientists can gain insights into broader ecological trends and take necessary conservation measures. In conclusion, the term forcipate encapsulates a fascinating aspect of biological diversity and adaptation. It serves as a reminder of the intricate relationships between form and function in the natural world. As we continue to explore and understand these adaptations, we gain a deeper appreciation for the complexity of life on Earth. Whether through the lens of evolutionary biology or ecological research, the study of forcipate structures offers a window into the remarkable strategies that organisms employ to thrive in their environments, ultimately contributing to the rich tapestry of life that surrounds us.

在生物学的世界中，术语forcipate指的是某些生物中观察到的一种特定形态特征。这个术语源自拉丁词'forcipes'，意为钳子或镊子，这恰好描述了在各种物种中发现的夹持或爪状结构。理解forcipate的概念可以为我们提供关于不同环境中发生的进化适应的重要见解。 例如，许多昆虫表现出forcipate特征，特别是在它们的口器或附肢中。这些适应使它们能够更有效地抓取、保持或操纵食物，展示了进化如何调整身体特征以增强生存能力。一个典型的例子是祈祷虫，它具有高度特化的前腿，这些前腿在本质上是forcipate的。这些腿不仅设计用于捕捉猎物，还作为防御机制对抗捕食者。螳螂能够用这些forcipate腿迅速攻击猎物，展示了进化设计的高效性。 此外，forcipate结构的研究不仅限于昆虫。某些种类的蜘蛛，例如蝎子，也在它们的钳子中展示了forcipate适应，这对狩猎和自我防御至关重要。这些钳子的大小和力量在不同的蝎子物种之间可能有显著差异，说明了forcipate特征是如何进化以满足特定生态需求的。 除了功能优势外，forcipate适应还可能在交配仪式和领土争夺中发挥作用。例如，雄性甲虫通常具有夸张的forcipate颚部，它们用这些颚部与其他雄性竞争以获得雌性的接触。这种性选择过程突显了forcipate特征在确保繁殖成功中的重要性，进一步强调了这些适应在动物王国中的多面性。 从生态学的角度来看，各种物种中forcipate特征的存在可以指示生态系统的健康。forcipate生物种群动态的变化可能会发出环境条件变化的信号，例如栖息地破坏或气候变化。通过监测这些物种，科学家可以获得更广泛的生态趋势的见解，并采取必要的保护措施。 总之，术语forcipate概括了生物多样性和适应的一个迷人方面。它提醒我们自然界中形式与功能之间错综复杂的关系。随着我们继续探索和理解这些适应，我们对地球上生命复杂性的欣赏也将加深。无论是通过进化生物学的视角还是生态研究，forcipate结构的研究为我们提供了一个窗口，让我们看到生物为了在其环境中蓬勃发展而采用的卓越策略，最终为我们周围丰富多彩的生命织锦做出了贡献。