appendiculate

简明释义

英[ˌæpənˈdɪkjʊlət]美[ˌəpenˈdɪkjuleɪt]

adj. [生物] 附着的

英英释义

单词用法

同义词

反义词

例句

1.For several decades, a lot of research work have been done by many scholars and experts to improve tractors tractive and appendiculate performance and many achievements have been obtained.

近几十年来，国内外许多学者、专家对如何提高拖拉机的牵引附着性能作了大量的工作，取得了较好的效果。

2.So small tractors fitted with iron wheel with lugs can improve tractive and appendiculate performance of tractor in dry land.

表明小型轮式拖拉机叶轮与胶轮并装可提高旱地作业，特别是重负荷作业时的牵引附着性能。

3.For several decades, a lot of research work have been done by many scholars and experts to improve tractors tractive and appendiculate performance and many achievements have been obtained.

近几十年来，国内外许多学者、专家对如何提高拖拉机的牵引附着性能作了大量的工作，取得了较好的效果。

4.The appendiculate features of the fossil suggest it was part of a diverse ecosystem.

这个化石的附肢的特征表明它是一个多样生态系统的一部分。

5.The study revealed that appendiculate plants have a unique way of absorbing nutrients.

研究显示，附肢的植物有独特的吸收养分的方式。

6.The biologist described the new species as having an appendiculate structure, which allows for better adaptation to its environment.

生物学家将这种新物种描述为具有附肢的结构，这使它能够更好地适应环境。

7.In her research, she focused on appendiculate organisms that thrive in extreme conditions.

在她的研究中，她专注于在极端条件下生存的附肢的生物。

8.Marine animals often exhibit appendiculate traits that help them navigate through water.

海洋动物通常表现出附肢的特征，帮助它们在水中导航。

作文

In the realm of biology, the term appendiculate refers to organisms that possess appendages or structures that extend from their main body. This concept is particularly relevant when discussing certain species of marine life, such as mollusks and crustaceans. Understanding the significance of being appendiculate can provide insights into the evolutionary adaptations that have allowed these creatures to thrive in diverse environments. For instance, many appendiculate organisms have developed specialized limbs or tentacles that serve various functions, from locomotion to feeding. These appendages can enhance their ability to navigate through water, grasp prey, or even defend against predators. The presence of such features often indicates a complex evolutionary history where natural selection has favored those individuals that can better exploit their surroundings. Moreover, the study of appendiculate species can shed light on ecological interactions within marine ecosystems. For example, the way appendiculate organisms interact with their environment and other species can illustrate the balance of food webs and the roles different species play in maintaining ecosystem health. By examining the adaptations of these creatures, scientists can gain a deeper understanding of biodiversity and the importance of preserving various habitats. In addition, the concept of appendiculate extends beyond just physical characteristics; it also encompasses the idea of functional diversity. Different appendages may evolve not only for movement but also for communication, mating, and other social behaviors. This functional diversity is crucial for the survival of species, as it allows them to adapt to changing environmental conditions and pressures. Furthermore, the study of appendiculate organisms can have practical implications for conservation efforts. As human activities continue to impact marine environments, understanding the role of these species can help inform strategies to protect vulnerable populations. By recognizing the unique adaptations and ecological roles of appendiculate organisms, conservationists can develop targeted approaches to preserve their habitats and ensure their survival. In conclusion, the term appendiculate encapsulates a fascinating aspect of biological diversity. It highlights the importance of appendages in the evolution and adaptation of various species, particularly in marine environments. By studying appendiculate organisms, we not only enhance our understanding of biological principles but also contribute to the broader efforts of conservation and ecological sustainability. The intricate relationships between these organisms and their environments underscore the need for continued research and protection of our planet's diverse ecosystems.

在生物学领域，术语appendiculate指的是拥有从主体延伸出的附肢或结构的生物。这一概念在讨论某些海洋生物物种，如软体动物和甲壳类动物时尤为相关。理解appendiculate的意义可以提供关于这些生物如何在多样化环境中生存的进化适应的见解。例如，许多appendiculate生物发展出了专门的肢体或触手，具有多种功能，从运动到觅食。这些附肢可以增强它们在水中导航、抓取猎物甚至抵御捕食者的能力。此类特征的存在通常表明复杂的进化历史，在这一过程中，自然选择青睐那些能够更好地利用周围环境的个体。此外，研究appendiculate物种可以揭示海洋生态系统内的生态相互作用。例如，appendiculate生物与其环境及其他物种的互动，可以说明食物链的平衡以及不同物种在维持生态系统健康中的角色。通过检查这些生物的适应性，科学家可以更深入地理解生物多样性及保护各种栖息地的重要性。此外，appendiculate的概念不仅仅局限于物理特征；它还包含功能多样性的思想。不同的附肢可能不仅仅是为了运动而进化，还可能用于交流、交配和其他社会行为。这种功能多样性对物种的生存至关重要，因为它使它们能够适应不断变化的环境条件和压力。此外，对appendiculate生物的研究还可能对保护工作产生实际影响。随着人类活动继续影响海洋环境，理解这些物种的角色可以帮助制定保护脆弱种群的策略。通过认识到appendiculate生物独特的适应性和生态角色，保护主义者可以制定有针对性的方式来保护其栖息地并确保其生存。总之，术语appendiculate概括了生物多样性的一个迷人方面。它强调了附肢在各种物种的进化和适应中的重要性，特别是在海洋环境中。通过研究appendiculate生物，我们不仅增强了对生物学原理的理解，还为保护和生态可持续性的更广泛努力做出了贡献。这些生物与其环境之间错综复杂的关系突显了继续研究和保护我们星球多样生态系统的必要性。