nomenclatural

简明释义

英[/ˌnoʊmənˈkleɪtʃərəl/]美[/ˌnoʊmənˈkleɪtʃərəl/]

命名的

术语的

名称的

英英释义

单词用法

同义词

反义词

例句

1.The disadvantages of the Chinese nomenclatural methods for cocoon drying equipments are analysed and the equipments are systematically classified.

本文分析了国内在蚕茧干燥设备的命名上存在的缺点。并对设备进行了系统的分类。

2.This site provides new and improved access to the Missouri Botanical Garden's VAST nomenclatural database and associated authority files.

该网站提供了新的经修订的密苏里植物园热带维管束植物名称数据库和相关的经典文献。

3.As I alluded to earlier, the black caiman has had a confusing nomenclatural history despite the fact that it has been recognized since it was first described as a unique crocodilian.

正如我前面提到，黑凯门鳄了混乱命名的历史，尽管人们已经认识到，因为它第一次描述为一个独特的鳄鱼。

4.As I alluded to earlier, the black caiman has had a confusing nomenclatural history despite the fact that it has been recognized since it was first described as a unique crocodilian.

正如我前面提到，黑凯门鳄了混乱命名的历史，尽管人们已经认识到，因为它第一次描述为一个独特的鳄鱼。

5.In taxonomy, nomenclatural rules determine how species are named and classified.

在分类学中，命名法规则决定了物种的命名和分类方式。

6.Understanding the nomenclatural system is crucial for effective communication in science.

理解命名法系统对于科学中的有效沟通至关重要。

7.The confusion arose due to differing nomenclatural'>命名法惯例，导致了混淆。

8.The biologist emphasized the importance of accurate nomenclatural practices in her research.

生物学家强调了在她的研究中准确的命名法实践的重要性。

9.The new species was officially recognized after a thorough review of its nomenclatural'>命名法状态进行彻底审查后，新物种被正式认可。

作文

In the realm of scientific study, particularly in biology and taxonomy, the term nomenclatural refers to the system of naming organisms. This system is crucial for the classification and identification of species, allowing scientists to communicate effectively about different forms of life. The importance of a standardized nomenclatural approach cannot be overstated, as it provides a universal language for researchers across the globe. Without such a system, chaos would ensue, with multiple names potentially referring to the same species or one name being used for different species. The foundation of modern nomenclatural practices can be traced back to the work of Carl Linnaeus in the 18th century. Linnaeus introduced binomial nomenclature, a two-part naming system that assigns each species a genus name followed by a specific epithet. For example, the scientific name for the domestic cat is Felis catus, where 'Felis' is the genus and 'catus' is the species identifier. This method not only simplifies communication but also reflects hierarchical relationships among species, thus enhancing our understanding of biodiversity.However, the field of nomenclatural science is not without its challenges. One significant issue arises from the need for consistency and stability in naming conventions. As new species are discovered and classifications are revised, the potential for name changes can lead to confusion. This is why various international codes of nomenclatural rules exist, such as the International Code of Zoological Nomenclature (ICZN) and the International Code of Botanical Nomenclature (ICBN). These codes provide guidelines to ensure that names are applied consistently and that changes are made judiciously, minimizing disruption in the scientific community.Another aspect of nomenclatural science is the role of type specimens. A type specimen is a physical example of an organism that serves as a reference point for the species description. When a new species is identified, a type specimen is designated, and this specimen becomes the definitive example of that species. The nomenclatural rules dictate that all future references to that species must align with the characteristics of the type specimen, ensuring that the name remains tied to a specific biological reality.Moreover, the digital age has introduced new complexities to nomenclatural practices. With the rise of genetic sequencing and bioinformatics, scientists now have access to vast amounts of data that can inform taxonomic decisions. However, the rapid pace of discovery and the influx of information can lead to inconsistencies in naming, as researchers may propose new names based on genetic similarities rather than traditional morphological characteristics. This evolution in the field necessitates ongoing dialogue and adaptation of nomenclatural standards to accommodate new scientific insights while maintaining clarity and consistency.In conclusion, the concept of nomenclatural science is fundamental to the study of biodiversity and the communication of scientific knowledge. Understanding the principles behind naming organisms helps to appreciate the complexity of life on Earth. As we continue to explore and discover new species, adhering to established nomenclatural guidelines will be essential for fostering collaboration and advancing our understanding of the natural world.

在科学研究领域，尤其是生物学和分类学中，术语nomenclatural指的是命名生物体的系统。这个系统对物种的分类和识别至关重要，使科学家能够有效地交流不同的生命形式。标准化的nomenclatural方法的重要性不容小觑，因为它为全球研究人员提供了一种通用语言。如果没有这样的系统，混乱将会随之而来，多种名称可能指代同一物种，或者一个名称被用于不同的物种。现代nomenclatural实践的基础可以追溯到18世纪卡尔·林奈的工作。林奈引入了双名法，这是一种两部分命名系统，为每个物种分配一个属名，后跟一个特定的种名。例如，家猫的科学名称是Felis catus，其中'Felis'是属名，'catus'是种标识符。这种方法不仅简化了交流，还反映了物种之间的等级关系，从而增强了我们对生物多样性的理解。然而，nomenclatural科学领域并非没有挑战。其中一个重大问题是命名惯例的一致性和稳定性的需求。随着新物种的发现和分类的修订，名称更改的潜力可能导致混淆。因此，存在各种国际nomenclatural规则，例如国际动物命名法典（ICZN）和国际植物命名法典（ICBN）。这些法典提供了指导方针，以确保名称的一致应用，并且变更是谨慎进行的，从而最小化科学界的干扰。nomenclatural科学的另一个方面是类型标本的作用。类型标本是一个生物体的实物示例，用作物种描述的参考点。当一个新物种被识别时，会指定一个类型标本，而这个标本成为该物种的权威示例。nomenclatural规则规定，所有未来对该物种的引用都必须与类型标本的特征一致，从而确保名称与特定生物现实保持联系。此外，数字时代给nomenclatural实践带来了新的复杂性。随着基因测序和生物信息学的兴起，科学家们现在可以访问大量数据，这些数据可以为分类决策提供信息。然而，发现的快速步伐和信息的涌入可能导致命名的不一致，因为研究人员可能基于遗传相似性而不是传统的形态特征提出新名称。这一领域的演变需要持续的对话和nomenclatural标准的适应，以适应新的科学见解，同时保持清晰和一致。总之，nomenclatural科学的概念对生物多样性研究和科学知识交流至关重要。理解命名生物体背后的原则有助于欣赏地球上生命的复杂性。随着我们继续探索和发现新物种，遵循既定的nomenclatural指南对于促进合作和推动我们对自然世界的理解至关重要。