taxonomy

简明释义

英[tækˈsɒnəmi]美[tækˈsɑːnəmi]

n. 分类学；分类法

复 数 t a x o n o m i e s

英英释义

单词用法

同义词

反义词

例句

1.Choosing a repository: The taxonomy.

选择一种存储库：分类法。

2.It provides a detailed source of information on all 23 crocodilian species, including distribution maps, images, taxonomy, etc.

它提供了有关23种鳄目动物种类的详细信息，包括其分布图、图谱、分类等。

3.The taxonomy serves two purposes.

分类法用于两个用途。

4.This id is also used to identify a taxonomy entry.

这个ID还用于表示一个分类条目。

5.Finally, I added a custom taxonomy for the WS-I conformance taxonomy.

最后，我添加了一个用于符合WS- I的分类法的自定义分类法。

6.Built in taxonomy and an extensible ontology for semantic mediation.

为语义中介内置分类法和可扩展本体论。

7.Browse in a taxonomy (optional).

在分类结构中浏览(可选)。

8.Continuing in his taxonomy, he groups whales into three major categories, or books, by size.

他继续按照他的分类学，把鲸按大小分为三大类或三本书。

9.Integrating the taxonomy with other systems.

分类法与其他系统的集成。

10.In biology, the classification of living organisms is known as taxonomy 分类学.

在生物学中，生物的分类被称为taxonomy 分类学。

11.The taxonomy 分类法 of plants helps botanists identify species more easily.

植物的taxonomy 分类法帮助植物学家更容易地识别物种。

12.A clear taxonomy 分类系统 is essential for organizing scientific knowledge.

一个清晰的taxonomy 分类系统对于组织科学知识至关重要。

13.The library uses a specific taxonomy 分类法 to categorize its books.

图书馆使用特定的taxonomy 分类法来对书籍进行分类。

14.Understanding the taxonomy 分类 of animals can enhance our knowledge of biodiversity.

理解动物的taxonomy 分类可以增强我们对生物多样性的认识。

作文

The concept of taxonomy (分类法) is crucial in various fields, particularly in biology, where it serves as the foundation for classifying living organisms. The word itself originates from the Greek words 'taxis', meaning arrangement, and 'nomos', meaning law. Together, they describe a systematic approach to categorizing and organizing entities based on shared characteristics. In essence, taxonomy (分类法) helps us make sense of the vast diversity of life on Earth by grouping similar organisms together, allowing scientists to study them more effectively. In biological taxonomy (分类法), organisms are classified into a hierarchy that ranges from broad categories to specific ones. This hierarchy typically includes domains, kingdoms, phyla, classes, orders, families, genera, and species. For example, humans belong to the domain Eukarya, kingdom Animalia, phylum Chordata, class Mammalia, order Primates, family Hominidae, genus Homo, and species Homo sapiens. This structured classification not only aids in identifying and naming organisms but also provides insights into their evolutionary relationships. Beyond biology, the principles of taxonomy (分类法) can be applied to other disciplines, such as library science, information technology, and even social sciences. In library science, for instance, taxonomy (分类法) refers to the organization of books and resources into categories and subcategories, making it easier for patrons to locate information. Similarly, in information technology, effective taxonomy (分类法) is essential for organizing data and improving searchability within databases. One of the most significant advantages of implementing a clear taxonomy (分类法) is that it enhances communication among researchers and professionals. When everyone uses a standardized classification system, it reduces confusion and misinterpretation of terms. This is particularly important in scientific research, where precise language is vital for conveying findings accurately. Furthermore, a well-defined taxonomy (分类法) can facilitate collaboration across different fields, as it provides a common framework for understanding complex topics. However, creating an effective taxonomy (分类法) is not without its challenges. As new discoveries are made and our understanding of organisms and systems evolves, existing classifications may need to be revised or expanded. This dynamic nature of taxonomy (分类法) requires ongoing research and dialogue among experts to ensure that the system remains relevant and useful. Additionally, cultural differences can influence how taxonomy (分类法) is perceived and applied, leading to variations in classification systems across regions and disciplines. In conclusion, taxonomy (分类法) is a fundamental concept that plays a vital role in organizing knowledge across various fields. Whether in biology, library science, or information technology, a well-structured taxonomy (分类法) allows for better communication, understanding, and collaboration. As we continue to explore and discover new information, the importance of refining and adapting our taxonomy (分类法) will only grow, ensuring that we can navigate the complexities of our world more effectively.