Scopus Database | Vibepedia

1. 📊 Introduction to Scopus Database
2. 🔍 History and Development of Scopus
3. 📈 Features and Benefits of Scopus
4. 📊 Content Coverage and Indexing
5. 📝 Author and Institution Profiles
6. 📊 Citation and PlumX Metrics
7. 📈 Integration with Other Tools and Services
8. 🤔 Controversies and Limitations of Scopus
9. 📚 Alternatives to Scopus Database
10. 📊 Future Developments and Updates
11. 📝 Best Practices for Using Scopus
12. 📊 Conclusion and Final Thoughts
13. Frequently Asked Questions
14. Related Topics

The Scopus database, launched in 2004 by Elsevier, is the world's largest abstract and citation database of peer-reviewed literature, covering over 24,600 titles from more than 5,000 international publishers. With a vast collection of scientific, technical, medical, and social sciences literature, Scopus provides a comprehensive overview of global research output. As of 2022, Scopus indexes over 77 million records, including articles, conference papers, book chapters, and more. The database is widely used by researchers, academics, and institutions to track citations, analyze research trends, and identify potential collaborators. With a vibe rating of 8, Scopus has become an essential tool for the academic community, facilitating the discovery of new research and ideas. However, its dominance has also raised concerns about the concentration of academic publishing power, with some critics arguing that it perpetuates a system of exclusion and inequality.

The Scopus database is a large abstract and citation database of peer-reviewed literature, academic research publications, and Web of Science articles. It is owned by Elsevier and is available online by subscription. Scopus covers nearly 36,377 titles from approximately 11,678 publishers, Scopus database is one of the largest and most comprehensive databases of its kind. The database is widely used by researchers, academics, and students to find and access relevant research articles, conference proceedings, and book chapters. For example, Google Scholar and Microsoft Academic are also popular alternatives to Scopus.

The history of Scopus dates back to 2004 when it was first launched by Elsevier. Since then, the database has undergone several updates and expansions, including the addition of new features and content. In 2010, Scopus was updated to include PlumX Metrics, which provide insights into the usage and impact of research articles. Today, Scopus is one of the most widely used databases in the world, with over 5,000 institutions and 150 countries subscribing to the service. Scopus database is also integrated with other tools and services, such as EndNote and RefWorks.

Scopus offers a range of features and benefits to its users, including a comprehensive coverage of scientific literature, a user-friendly interface, and advanced search and filtering options. The database also provides citation metrics and PlumX Metrics, which allow users to track the impact and usage of research articles. Additionally, Scopus offers author profiles and institution profiles, which provide information on the research output and impact of individual authors and institutions. For instance, ResearchGate and Academia.edu are also popular platforms for researchers to share their work and connect with others.

Scopus covers a wide range of subjects, including life sciences, physical sciences, health sciences, and social sciences. The database indexes over 36,377 titles, including journals, conference proceedings, and book chapters. Scopus also covers patents and trade publications, making it a valuable resource for researchers and professionals in a variety of fields. Furthermore, Scopus database is also used by librarians and information specialists to support research and information literacy initiatives.

Scopus provides author and institution profiles, which offer insights into the research output and impact of individual authors and institutions. These profiles include information on publication history, citation metrics, and PlumX Metrics. Author profiles also include information on co-authors and collaboration networks, which can be useful for identifying potential collaborators and research partners. For example, ORCID and ResearcherID are also used to identify and track researchers and their work.

Scopus provides a range of citation and PlumX metrics, which allow users to track the impact and usage of research articles. These metrics include citations, downloads, and social media mentions. PlumX metrics also provide insights into the usage and engagement of research articles, including views, clicks, and shares. These metrics can be useful for researchers and institutions looking to track the impact of their research and identify areas for improvement. Additionally, altmetrics and bibliometrics are also used to evaluate research impact and quality.

Scopus is integrated with a range of other tools and services, including EndNote and RefWorks. This integration allows users to easily import and export references, as well as track the impact and usage of research articles. Scopus is also integrated with ORCID, which allows users to link their ORCID ID to their Scopus profile and track their research output and impact. Furthermore, Scopus database is also integrated with other academic databases, such as Web of Science and Google Scholar.

Despite its many benefits, Scopus has also been the subject of controversy and criticism. Some have argued that the database is too expensive and that the cost of subscription is a barrier to access for many researchers and institutions. Others have criticized the database for its bias towards certain types of research and its failure to adequately represent the research output of certain fields and disciplines. For instance, open access advocates have argued that Scopus and other commercial databases are a barrier to knowledge sharing and research collaboration.

There are several alternatives to Scopus, including Web of Science and Google Scholar. These databases offer similar features and benefits to Scopus, including comprehensive coverage of scientific literature and advanced search and filtering options. However, each database has its own strengths and weaknesses, and the choice of which database to use will depend on the specific needs and goals of the researcher. For example, Microsoft Academic and Semantic Scholar are also popular alternatives to Scopus.

Scopus is continually evolving and improving, with new features and updates being added on a regular basis. Some of the recent developments include the addition of new PlumX Metrics and the integration with ORCID. Future developments are likely to include further improvements to the user interface and the addition of new features and tools to support research and collaboration. For instance, artificial intelligence and machine learning are being used to improve the accuracy and efficiency of research discovery and citation analysis.

To get the most out of Scopus, researchers and institutions should follow best practices for using the database. This includes setting up a Scopus profile and tracking research output and impact using PlumX Metrics. Researchers should also use the database to identify potential collaborators and research partners, and to track the impact and usage of their research articles. Additionally, Scopus database provides a range of training resources and support services to help users get the most out of the database.

In conclusion, Scopus is a powerful and comprehensive database of scientific literature that offers a range of features and benefits to researchers and institutions. While it has its limitations and controversies, Scopus remains one of the most widely used and respected databases in the world. By following best practices for using the database and staying up-to-date with the latest developments and updates, researchers and institutions can get the most out of Scopus and support their research and collaboration goals. For example, Scopus database is an essential tool for research evaluation and impact assessment.

Year

2004

Origin

Netherlands

Category

Academic Research

Type

Database