taxonomies

简明释义

英[tækˈsɒnəmiz]美[tækˈsɑːnəmiz]

n. [生物]分类学；分类标准（taxonomy 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Use of these taxonomies is internally checked by the UDDI registry; attempts to save invalid codes are rejected.

UDDI注册中心会在内部检查这些分类法的使用情况；试图保存无效的代码会遭到拒绝。

2.There are various approaches to building document taxonomies.

有各种构建文档分类法的方式。

3.Enterprise taxonomies are used to describe the content that is generated by a business.

企业分类法用来描述企业生成的内容。

4.As mentioned earlier, you can use taxonomies to locate subjects of interest and corresponding documents.

如前所述，您可以使用分类法对感兴趣的主题和相应的文档进行定位。

5.In the search admin portlet, create your collection, and configure your crawlers and taxonomies.

在搜索管理Portlet中，创建集合，并配置爬网程序和分类。

6.Multilingual capability: many organizations need to maintain their taxonomies in many languages.

多语种功能：许多组织需要以多种语言维护其分类法。

7.Note the asset taxonomies (i.e. categorization) are populated based on the configuration of the RAM repository.

请注意，资产分类法(即分类)是基于RAM存储库的配置填充的。

8.Grants edit access to each user profile, but no access to taxonomies and categories.

授予对每个用户信息的编辑访问权，但不能访问分类法和类别。

9.Developing taxonomies for data management helps companies streamline their information retrieval processes.

为数据管理开发分类法可以帮助公司简化信息检索过程。

10.Digital marketing relies on taxonomies to categorize customer segments for targeted campaigns.

数字营销依赖于分类法来对客户群体进行分类，以便进行精准营销。

11.Educational institutions often use taxonomies to structure their curricula and learning outcomes.

教育机构通常使用分类法来构建课程和学习成果。

12.In biology, scientists create taxonomies to classify living organisms based on their characteristics.

在生物学中，科学家创建分类法来根据生物的特征对其进行分类。

13.The library uses taxonomies to organize books by genre and subject matter.

图书馆使用分类法按类型和主题组织书籍。

作文

In the realm of science and education, the concept of taxonomies (分类法) plays a crucial role in organizing knowledge and facilitating learning. A taxonomy is essentially a system for classifying and categorizing information into hierarchical structures, making it easier for individuals to understand complex subjects. This classification can be applied to various fields, including biology, education, and even information technology.For instance, in biology, taxonomies (分类法) are used to classify living organisms into groups based on shared characteristics. The most well-known example is the Linnaean system, which categorizes life forms into domains, kingdoms, phyla, classes, orders, families, genera, and species. This structured approach not only helps scientists communicate about different organisms but also aids in the identification and study of biodiversity. By understanding the taxonomies (分类法) of living things, researchers can better analyze ecosystems and the relationships between various species.In the field of education, taxonomies (分类法) are equally significant. One of the most influential educational frameworks is Bloom's Taxonomy, which categorizes cognitive skills into levels of complexity. This framework helps educators design curricula and assessments that encourage higher-order thinking. Bloom's original taxonomy included six levels: knowledge, comprehension, application, analysis, synthesis, and evaluation. Each level builds upon the previous one, guiding students from basic recall of information to more complex processes such as critical thinking and problem-solving. By utilizing taxonomies (分类法) in education, teachers can create a more structured learning environment that fosters student engagement and achievement.Moreover, in the digital age, taxonomies (分类法) have become essential in organizing information on the internet. With the vast amount of data available online, effective categorization is necessary for efficient information retrieval. Content management systems often employ taxonomies (分类法) to help users navigate through large volumes of content, ensuring that information is easily accessible and relevant. For example, websites may use taxonomies (分类法) to categorize articles by topic, date, or author, allowing visitors to find what they are looking for quickly.The importance of taxonomies (分类法) extends beyond just organization; they also enhance communication and collaboration among professionals in various fields. When everyone uses the same classification system, it minimizes confusion and improves understanding. For instance, in healthcare, standardized taxonomies (分类法) for diseases and treatments enable better data sharing and collaboration among medical practitioners, ultimately leading to improved patient care.In conclusion, taxonomies (分类法) are vital tools for organizing, categorizing, and understanding information across multiple disciplines. Whether in biology, education, or digital content management, the use of taxonomies (分类法) enables clearer communication and more effective learning. As we continue to navigate an increasingly complex world, the ability to classify and structure knowledge will remain essential for innovation and progress.

在科学和教育领域，taxonomies（分类法）的概念在组织知识和促进学习方面发挥着至关重要的作用。Taxonomy 本质上是一个将信息分类和归类为层次结构的系统，使个人更容易理解复杂的主题。这种分类可以应用于多个领域，包括生物学、教育甚至信息技术。例如，在生物学中，taxonomies（分类法）用于根据共享特征对生物进行分类。最著名的例子是林奈系统，它将生命形式分类为域、王国、门、纲、目、科、属和种。这种结构化的方法不仅有助于科学家之间交流不同的生物，还有助于识别和研究生物多样性。通过理解生物的taxonomies（分类法），研究人员可以更好地分析生态系统及各种物种之间的关系。在教育领域，taxonomies（分类法）同样重要。一个最具影响力的教育框架是布鲁姆的分类法，它将认知技能分为复杂性的层次。这个框架帮助教育工作者设计课程和评估，鼓励更高阶的思维。布鲁姆的原始分类法包括六个层次：知识、理解、应用、分析、综合和评估。每个层次都建立在前一个层次之上，引导学生从基本的信息回忆到更复杂的过程，如批判性思维和问题解决。通过在教育中利用taxonomies（分类法），教师可以创建一个更结构化的学习环境，促进学生的参与和成就。此外，在数字时代，taxonomies（分类法）在组织互联网信息方面变得至关重要。随着在线可用数据的庞大，有效的分类对于高效的信息检索是必要的。内容管理系统通常使用taxonomies（分类法）来帮助用户浏览大量内容，确保信息易于访问且相关。例如，网站可能会使用taxonomies（分类法）按主题、日期或作者对文章进行分类，使访问者能够快速找到他们所寻找的内容。Taxonomies（分类法）的重要性不仅仅在于组织；它们还增强了各领域专业人士之间的沟通与合作。当每个人都使用相同的分类系统时，可以减少混淆，提高理解。例如，在医疗保健中，标准化的taxonomies（分类法）用于疾病和治疗，使医疗工作者之间的数据共享和合作更加顺畅，从而最终改善患者护理。总之，taxonomies（分类法）是组织、分类和理解各个学科信息的重要工具。无论是在生物学、教育还是数字内容管理中，使用taxonomies（分类法）都能实现更清晰的沟通和更有效的学习。随着我们继续应对日益复杂的世界，分类和结构化知识的能力将仍然是创新和进步的关键。