Scopus - Detailed Review
Research Tools
Scopus - Detailed Review Contents
Add a header to begin generating the table of contents
Scopus - Product Overview
Introduction to Scopus
Scopus is a comprehensive scientific abstract and citation database launched by Elsevier in 2004 as a competitor to the Web of Science. Here’s a brief overview of its primary function, target audience, and key features.Primary Function
Scopus serves as a vast repository of peer-reviewed research literature and quality web sources, covering over 240 disciplines. It provides researchers with a quick and comprehensive resource to support their research needs in fields such as science, technology, medicine, social sciences, and arts and humanities.Target Audience
The primary users of Scopus include researchers, instructors, librarians, and students. The demographic breakdown shows that the largest age group of visitors is 25-34 years old, with a female audience making up 60% of the users.Key Features
Content Coverage
Scopus covers over 28,000 active journals and nearly 300,000 books from more than 7,000 publishers. The content is reviewed and selected by an independent Content Selection and Advisory Board (CSAB) to ensure quality and prevent conflicts of interest.Citation and Impact Metrics
Scopus provides various metrics such as the *h*-Index, CiteScore, SJR (SCImago Journal Rank), and SNIP (source normalized impact per paper) to evaluate the quality and impact of journals. These metrics are crucial for research grant agencies and degree-accreditation boards.Patent Searches
In addition to academic literature, Scopus allows users to search for patents from five major patent offices, although this feature is limited compared to dedicated patent databases.Scopus AI
Scopus AI is an AI-driven research tool integrated into the Scopus database. It generates summaries of academic content, identifies leading authors, and highlights emerging themes based on recent publications. Features include:- Summaries: Concise and trustworthy summaries with academic references.
- Emerging Themes: Identifies established, rising, and novel themes in research.
- Concept Map: Visualizes links between research concepts to help explore new topics.
- Foundational Papers: Pinpoints seminal works and their impact using citation graph technology.
Additional Tools
Scopus offers tools like the Citation Tracker to track citation data and an Application Program Interface (API) that allows users to access and integrate Scopus data into various applications. Overall, Scopus is a powerful tool that supports a wide range of research activities, from literature reviews to grant proposal preparation, making it an essential resource for the academic community. Scopus - User Interface and Experience
User Interface of Scopus
The user interface of Scopus, a scientific abstract and citation database, is crafted with a focus on ease of use and an intuitive user experience.
Redesigned Elements
Recent updates to Scopus have introduced several enhancements to its user interface. For instance, the Scopus Institutional Profile Wizard (IPW) has been redesigned to make it more user-friendly. This new interface features a modular workflow, replacing the previous linear flow, which allows for faster and easier updates to institutional profiles. Users can now benefit from clearer FAQs embedded within the UI, user prompts to explain key features on the first login, and a new feature to search documents within linked or suggested document clusters.
Search Results Page
The Scopus Search Results page has also undergone significant improvements. Users can now toggle between list and table views of the results, with the table view set as the default. The basic search form is accessible directly from the search results page, allowing users to edit their query without needing to return to the homepage. The toolbar actions are always enabled, prompting users to select results if none are chosen. Additionally, search filters and facets have been made more intuitive, with features like a graph indicating the number of publications per year and easier application or removal of filters.
Author Profile Management
The Scopus Author Feedback Wizard is another tool that has been improved for better user experience. This wizard enables users to review and correct their Scopus Author Profiles, which include metrics like citations, publication history, and h-index. Users can select their profiles, review and add missing documents, and request changes to affiliations. Even users without a Scopus subscription can register and use this feature to ensure their profiles are accurate.
General Usability
Scopus is known for its ease of use, even for novice users. A 2006 study highlighted that Scopus is “easy to navigate” and allows researchers to search both forward and backward from a particular citation, which is very helpful. The multidisciplinary nature of Scopus enables researchers to easily search outside their own discipline.
Additional Features
The database also offers advanced search capabilities, such as the ability to perform PRE/n queries, which is an advantage over Web of Science. Scopus keywords are more focused on the specific article content, allowing users to find more relevant publications while filtering out false positives. Users can export up to 20,000 references at once, a significant improvement over other databases.
Conclusion
Overall, Scopus has made significant strides in enhancing its user interface and experience. The improvements aim to streamline workflows, provide clearer guidance, and make the platform more intuitive and user-friendly.
Scopus - Key Features and Functionality
Introduction
Scopus, particularly with the integration of Scopus AI, offers a plethora of features and functionalities that significantly enhance research capabilities. Here are the main features and how they work:Advanced Search Capabilities
Scopus provides a powerful search engine with various search options, including searches by affiliation, author, and keyword. Users can filter results by document type, date, and subject area, and refine their searches using wildcards and Boolean operators.Abstracting and Citation Analysis
Scopus uses machine learning and natural language processing to generate abstracts and extract pertinent information from articles. It also tracks and counts citations between papers, enabling the creation of metrics such as Cite Score (average citations per article) and SJR (SCImago Journal Rank), which help assess the quality and relevance of research.Subject Categories and Classification
Research is categorized into 313 specific categories within 27 significant areas using a hierarchical subject category system. Expert reviewers categorize journals based on their editorial focus, scope, and substance, making it easier to conduct targeted searches and analyses within particular topics.Author and Affiliation Profiling
Author profiles are automatically compiled with their publications, citations, and h-index. Authors can manage their profiles to ensure accuracy and completeness. Institutions can monitor research productivity and compare themselves to peers through affiliation profiles, which display collaboration, performance measures, and research output.Scopus AI Integration
Scopus AI is a generative AI tool integrated into the Scopus database, launched in January 2024. Here are its key features:Natural-Language Search Bar
Allows users to pose queries in a conversational manner.Concise Summaries
Generates fully referenced summaries based on Scopus abstracts, helping users quickly grasp the essence of a research topic.Follow-Up Questions
Suggests further queries to assist in uncovering additional research insights.Concept Maps
Visually maps search results to illustrate how different research themes are interconnected, providing a comprehensive overview of the topic space.Leading Experts Identification
Identifies top researchers linked to each query, explaining their relevant expertise based on publication rate, impact, and recent contributions.Emerging Themes
Identifies consistent, rising, and novel themes in the relevant literature, including summaries, supporting references, and potential research hypotheses.Additional Features of Scopus AI
Foundational Papers
Identifies seminal papers that have been cited the most in other articles, using Scopus’ citation graph technology.Expanded Summary
Provides a more in-depth and comprehensive overview based on the references.Go Deeper Feature
Suggests further queries to encourage focus on a specific aspect of a subject or to take a new perspective.Benefits and Integration
Scopus AI aims to address challenges such as information overload and time pressures by providing deeper insights faster while ensuring the summaries are trustworthy and transparent. The tool is built in close collaboration with the academic community and emphasizes credibility, reliability, and transparency, with strict prompt engineering and human oversight. These features collectively enhance the efficiency and accuracy of research, making Scopus a valuable tool for academics and researchers. Scopus - Performance and Accuracy
Evaluating the Performance and Accuracy of Scopus
Evaluating the performance and accuracy of Scopus, particularly in its AI-driven features and research tools, reveals both strengths and areas for improvement.
Strengths in Accuracy and Performance
Scopus is known for its high-quality bibliometric data. The database uses a combination of algorithms and manual curation to generate author profiles, which have an average precision of 98.1% and an average recall of 94.4%.
- Scopus maintains its data quality through continuous internal review processes, ensuring high accuracy in areas such as DOI completion rates, which have improved significantly from 87.8% to 99.8%.
The introduction of Scopus AI, launched in January 2024, extends the functionality of Scopus by leveraging generative artificial intelligence. This tool helps researchers by combining Scopus’ curated content with AI technology to provide more relevant and recent results. The AI system is grounded in trusted and vetted data, ensuring reliability and peer-reviewed content.
Limitations and Areas for Improvement
Despite its strengths, Scopus faces several challenges, particularly in subject classification and journal ranking.
Subject Classification Issues
- Scopus has been criticized for its inaccurate subject classification of journals. For instance, journals in the Literature category often include pure linguistics journals or even journals from unrelated fields like social sciences or performance metrics. This misclassification can skew citation metrics and field-weighted results, making the rankings unreliable.
Journal Ranking Problems
- The journal rankings in Scopus have been found to be problematic, especially in the humanities. The rankings often include marginal journals that do not have an international footprint, and highly selective world-leading venues are sometimes outranked by less reputable publications.
Coverage and Classification Discrepancies
- There are discrepancies in the coverage of different subject categories. Scopus has heavy concentrations in health, life sciences, and engineering but limited coverage in areas like agricultural science, earth science, and chemistry. Additionally, there are issues with unclassified documents, particularly those from the period 1966 through 1996.
User Feedback and Continuous Improvement
- While Scopus AI employs tools to detect and mitigate biases, continuous monitoring and feedback are crucial. The system relies on user interactions to improve, but it must ensure that these interactions do not compromise data privacy and integrity.
Engagement and Factual Accuracy
To enhance engagement and maintain high factual accuracy, Scopus needs to address the issues in subject classification and journal rankings. Here are some steps that could be taken:
- Improved Classification Algorithms: Enhancing the algorithms used for subject classification to ensure journals are correctly categorized.
- Regular Audits: Conducting regular audits of journal classifications and rankings to identify and correct inaccuracies.
- User Feedback Mechanisms: Implementing robust feedback mechanisms to allow users to report errors and suggest improvements.
- Transparency: Providing clear explanations of the methodologies used in classification and ranking to build trust among users.
By addressing these areas, Scopus can improve its performance and accuracy, making it a more reliable and trusted tool for researchers across various disciplines.
Scopus - Pricing and Plans
The Pricing Structure of Scopus
The pricing structure of Scopus, which is a part of Elsevier’s Research Tools, is not directly related to the pricing models of individual journals, but rather to the access and subscription plans for the database itself. Here’s a breakdown of what you can expect:
Subscription Models
Scopus is typically accessed through institutional subscriptions, which are usually managed by libraries or research institutions. These subscriptions allow users to access the full range of Scopus features, including citation metrics, abstracts, and links to full-text articles.
Institutional Plans
- Institutions can purchase subscriptions based on their size, research intensity, and other factors. The pricing varies according to these criteria, with larger institutions and those with higher research activity generally paying more.
Individual Access
- For individuals who are not affiliated with an institution or need access to specific titles not available through their library, Elsevier offers personal access options. However, these are more commonly associated with journal articles rather than the Scopus database itself.
Features and Tiers
- The main features of Scopus include comprehensive citation data, author and affiliation profiles, and various metrics to evaluate research output. There are no publicly listed tiered plans for individual users; access is generally provided through institutional subscriptions.
- Institutions can choose from different subscription packages that may include additional features such as advanced analytics tools, but specific details on these tiers are not publicly available.
Free Options
- There are no free subscription plans for Scopus. However, some features and tools might be accessible through free trials or limited access provided by institutions or during promotional periods.
Open Access Content
- While Scopus itself is not free, it does index and provide links to open access articles, which can be accessed freely by anyone. Scopus has introduced filters to help users identify open access articles, including gold, hybrid gold, green, and bronze open access statuses.
Summary
In summary, the pricing for Scopus is primarily based on institutional subscriptions, with no publicly available tiered plans or free options for individual users. The access to open access content within Scopus is free, but the database itself requires a subscription.
Scopus - Integration and Compatibility
Integration with Other Tools
Aries Systems Integration
One of the significant integrations is with Aries Systems, a leading technology workflow solutions provider for the scholarly publishing community. Through this partnership, Scopus offers “Find Reviewers using Scopus,” a tool integrated within Aries’ Editorial Manager (EM). This integration allows publishers to access Scopus’ vast researcher database, enabling them to find and match reviewers with specific expertise and exclude those with conflicts of interest. This streamlines the peer review process, saving time and effort for editors.Integration with Pure
Additionally, Scopus integrates with Pure, a research information system, to pull in Scopus citations. This integration can be enabled through the Pure administrator interface, allowing institutions to import Scopus metrics such as citation counts and other relevant data. This enhances the reporting and analytics capabilities within Pure.Compatibility Across Different Platforms and Devices
Browser Compatibility
Scopus is compatible with several web browsers to ensure optimal user experience. As of recent updates, Scopus supports Chrome, Firefox, and Safari. For Chrome and Firefox users, previous versions are also compatible, although using the latest versions is recommended for the best experience.Internet Explorer Support
For Internet Explorer users, support has been phased out for older versions. As of the latest updates, Internet Explorer 11 is supported, but users may need to disable the “Compatibility View” setting to ensure proper display. Support for Internet Explorer 7, 8, 9, and 10 has been discontinued due to their end-of-life status and lack of support for new functionalities.Device Compatibility
In terms of device compatibility, Scopus does not have specific requirements beyond browser compatibility, making it accessible on a wide range of devices including desktops, laptops, and mobile devices with supported browsers.Additional Features
Scopus also ensures that its tools are updated to the latest technology standards, such as HTML5, to provide the best possible user experience. This includes improvements in the user interface and the removal of outdated browser support to maintain platform performance. Overall, Scopus’s integration with other tools and its compatibility across various browsers and devices make it a versatile and accessible resource for researchers, editors, and institutions. Scopus - Customer Support and Resources
Scopus Support Center
The Scopus Support Center is a central hub for finding learning resources and answers to frequently asked questions. Here, you can:
- Access instructions on how specific features work.
- Find onboarding resources.
- Request changes to author/affiliation profiles or Scopus content.
- Use improved search functionality and a new, user-friendly interface.
Contacting Support
For further assistance, the Support Center provides different contact forms depending on your needs. You can choose between “I want to learn about accessing and using Scopus” or “I want to request changes to an author/affiliation profile or Scopus content.” These forms help direct your query to the right support team, ensuring quicker responses.
Scopus AI Support
Scopus AI, the new AI-driven research tool, integrates with the existing support structure. Here are some key resources and features:
- Summarized Views: Scopus AI generates concise summaries of research topics based on Scopus abstracts, complete with academic references.
- Go Deeper Links: The tool provides relevant queries for further exploration, helping users discover hidden insights in various research topics.
- Natural Language Queries: Users can ask questions in a natural, conversational manner.
- Graphical Representation: Scopus AI visually maps search results, offering a comprehensive overview of interconnected research themes.
Additional Resources
- Training and Learning Resources: The Support Center offers training resources and FAQs to help users learn how to access and use Scopus effectively.
- Author and Affiliation Profile Management: Users can find information on how to request changes to their author profiles, add missing documents, or correct existing documents.
Responsible AI Principles
Scopus AI is developed with Elsevier’s Responsible AI Principles in mind, ensuring data privacy, integrity, and the avoidance of biases. The system uses prompt engineering, bias detection tools, and continuous monitoring to maintain the quality and reliability of the AI-generated content.
By leveraging these support options and resources, users can maximize their use of Scopus and its AI-driven features, ensuring a smooth and productive research experience.
Scopus - Pros and Cons
Advantages of Scopus
Scopus offers several significant advantages that make it a valuable tool in the research community:Comprehensive Database
Scopus boasts an extensive database of peer-reviewed articles, covering a wide range of disciplines. This includes open access journals, conference proceedings, and other scholarly posts, making it a one-stop resource for researchers across various fields.Advanced Search and Analysis Tools
Scopus provides advanced search functions such as author disambiguation and the ability to track an author’s research output over time. These tools help in precise searches and in evaluating the impact of research through metrics like the h-index, citations, and journal metrics such as CiteScore, SNIP, and SJR.Access to Latest Research
Scopus ensures researchers have access to the most recent and significant publications in their fields, facilitating the discovery of new studies and innovations globally.Citation Analysis and Impact Measurement
Scopus offers tools for measuring the impact of research, including citation counts, citation benchmarking, and field-weighted citation impact. These metrics help researchers assess the influence of their work within the scientific community.Professional Profile and Networking
By registering as a Scopus Author, researchers can build an internationally recognized professional profile, increasing their visibility and facilitating collaborations with other researchers.User-Friendly Interface
Scopus has an intuitive interface that allows researchers to search and sort information efficiently. Its integration with other research tools maximizes data utilization and streamlines the research process.Institutional Performance Evaluation
For academic institutions, Scopus provides critical data for evaluating research performance, helping institutions develop strategies to improve educational and research quality.AI-Driven Research Acceleration
The recent introduction of Scopus AI further enhances research capabilities by generating evidence syntheses, identifying influential authors and works, exploring relevant keywords, and mapping research gaps. This tool simplifies literature reviews and theoretical framework development.Disadvantages of Scopus
Despite its numerous benefits, Scopus also has some drawbacks:Rigorous Indexing Process
The indexing process in Scopus can be time-consuming, leading to delays in listing some high-quality journals. This rigorous evaluation ensures quality but can slow down the inclusion of new journals.Subscription Costs
Access to Scopus requires a subscription, which can be a barrier for individuals or institutions with limited budgets. This cost can restrict access to this valuable resource for some researchers.Limitations of Scopus AI
While Scopus AI is a powerful tool, it has some limitations, such as dependence on abstracts of documents indexed in Scopus, simplification of complex concepts, and potential disconnections between arguments. These limitations require users to verify the results generated by the AI.Dependence on Metadata and Abstracts
Scopus AI generates summaries based on metadata and abstracts of documents published since 2013. This can limit the depth of information, especially for topics that require detailed analysis beyond the abstracts. By considering these advantages and disadvantages, researchers can make informed decisions about how to utilize Scopus effectively in their academic work. Scopus - Comparison with Competitors
Scopus
- Scopus, a product of Elsevier, offers comprehensive search features, including the ability to sort results by date, relevance, and author. It also provides citation tracking, allowing users to see both the references cited by an article and the more recent papers that cite it.
- Scopus features tools like ‘Analyze search results’ and ‘Compare sources’ to break down results by various categories such as year, source, author, and subject area.
- It integrates with bibliographic management tools, enabling the export of citations into reference managers like Mendeley, RefWorks, and EndNote.
Unique Features of Scopus
- Scopus AI, a newer feature, generates synthesized summaries of peer-reviewed research based on queries, citing up to 10 relevant studies and displaying the search keywords used.
Alternatives and Comparisons
Scite
- Scite is an AI tool that analyzes the context of citations, showing whether a citing paper supports, contradicts, or mentions the original work. It provides Smart Citations and Citation Reports, offering deep insights into citation patterns and trends.
- Unlike Scopus, Scite focuses more on the context and impact of citations rather than just the count.
Semantic Scholar
- This free, AI-driven tool helps researchers quickly understand papers by extracting meaning and identifying connections. It is particularly useful for discovering research and understanding how papers are cited and interpreted by other researchers.
- Semantic Scholar is more focused on AI-driven search and discovery, making it a strong alternative for those needing to quickly grasp the essence of a large body of research.
Embase
- Embase is a biomedical literature database that offers deep indexing and manual curation to uncover drug-disease relationships. It is highly recommended for biomedical research and drug development.
- Unlike Scopus, Embase is specialized in biomedical literature, making it a better choice for researchers in that specific field.
Academia.edu
- This platform allows researchers to search through over 40 million research papers, track citations, and build their reputation. It provides advanced research discovery tools and analytics to help researchers stay informed and network with peers.
- Academia.edu is more focused on community and networking aspects, in addition to providing access to a large repository of academic papers.
Consensus
- Consensus is an AI-powered search engine that provides unbiased and accurate information from diverse academic sources. It uses GPT-4 to generate concise summaries of top research papers and offers a Consensus Meter to indicate the consensus among research findings.
- Consensus is particularly useful for those needing quick, reliable summaries and an overview of the consensus on a particular topic.
Other Tools
- LitMaps, Inciteful, and Connected Papers are tools that help in visualizing literature maps and identifying related papers, which can be useful for literature reviews and multi-disciplinary research.
- Elicit and ChatGPT can assist in optimizing database searches and brainstorming concepts, though they are not specifically tailored for citation management like Scopus.
Scopus - Frequently Asked Questions
What is Scopus AI and how does it work?
Scopus AI is an intelligent search tool powered by generative AI (GenAI) that uses the Scopus peer-reviewed research repository to help users decipher complex academic content. It generates summaries based on Scopus abstracts, provides references, and facilitates deeper exploration of topics. Scopus AI uses miniLM models for vectorizing abstracts and combines them with other search technologies and large language models like OpenAI’s GPT to generate responses.How can researchers use Scopus AI results?
The responses generated by Scopus AI are intended to help users understand a topic, not to replace original writing. Researchers can use these summaries to get a quick and trustworthy overview of a subject, identify key papers, and explore new perspectives. Any content generated by Scopus AI should be used in accordance with the user’s institution’s guidelines.What is the Foundational Papers feature in Scopus AI?
The Foundational Papers feature identifies the seminal works that have most influenced the documents used to generate the summaries. It lists the documents most commonly cited by the papers used, ranked by citation count, providing a quick glance at the pivotal literature underpinning a given topic. This feature uses Scopus’ advanced Knowledge Graph technology to mine the entire Scopus corpus.How does Scopus AI ensure data privacy and avoid bias?
Scopus AI development is guided by Elsevier’s Responsible AI Principles and Privacy Principles. It adheres to GDPR to guarantee user privacy and avoids unnecessary data retention. The tool ensures no data exchange or use of its data to train public models like OpenAI’s ChatGPT. Regular evaluations are conducted to check for bias or unsafe information and to minimize hallucinations (inaccurate or fabricated answers).What content types does Scopus AI draw upon?
Scopus AI draws on the metadata and abstracts of various content types in Scopus, including articles, books, book chapters, conference papers, reviews, short surveys, data papers, and reports. The summaries are based on peer-reviewed content published in the last five years, with the option to explore foundational papers from the entire Scopus corpus.How recent is the content that Scopus AI draws on?
The vector search engine used by Scopus AI is updated in near real-time, ensuring that the responses always consider the latest relevant research available in the Scopus database. This ensures that users get the most current insights on their topics of interest.What is the Emerging Themes feature in Scopus AI?
The Emerging Themes feature identifies and categorizes established, rising, and novel themes based on Scopus AI user queries. It uses a proprietary algorithm to scan Scopus documents from the last two years, clustering them by topic and pinpointing areas that can be targeted for publications, collaborations, and funding opportunities. For each theme, it provides a mini-summary, references, and suggested research hypotheses.Can Scopus AI support languages other than English?
Currently, Scopus AI does not support languages other than English, but there are ongoing efforts to explore ways to enable users to enter queries in their language of choice. This is part of the tool’s future development roadmap.How does Scopus AI help in identifying experts in a field?
Scopus AI helps users identify leading authors in a field based on their query. It highlights a researcher’s credentials, including their publication rate, impact, the recency of their contributions, and the position of their name on assigned papers. This feature allows users to quickly identify key experts and their relevant expertise.How does Scopus AI ensure the accuracy and relevancy of its results?
Scopus AI ensures accuracy and relevancy by using only Scopus content, which has been peer-reviewed and rigorously vetted. The tool uses prompt engineering with clear instructions and scope to avoid hallucinations and ensures that responses are based on trusted academic sources. Regular evaluations are conducted to check the quality and safety of the responses. Scopus - Conclusion and Recommendation
Integration of Scopus AI
Scopus AI is a formidable tool in the research ecosystem, offering a wide range of benefits and features that cater to the needs of researchers, authors, and academic institutions.Extensive Coverage and Quality
Scopus is one of the largest abstract and citation databases, covering over 28,000 periodicals and more than 97 million records across 330 disciplines. It includes journals that have undergone rigorous peer-review processes, ensuring the quality and validity of the scientific content.Author Benefits
For authors, Scopus provides significant advantages:- Visibility and Recognition: Publishing in Scopus-indexed journals increases the visibility and recognition of an author’s work globally.
- Scopus ID: Each author is assigned a unique Scopus ID, which helps track their publications, citations, and h-index, preventing attribution errors.
Research Enhancement
Scopus enhances research quality in several ways:- Access to Latest Research: It provides access to the most recent and significant publications, allowing researchers to stay updated with global research trends.
- Citation Analysis: Tools within Scopus enable researchers to measure the impact of their work through citation analysis, which is crucial for evaluating research influence.
Scopus AI
The recent introduction of Scopus AI has further enhanced the platform’s capabilities:- Generative AI Summaries: Scopus AI generates concise and trustworthy summaries of research topics, reducing the time spent on reading lengthy articles. It also provides “Go Deeper Links” for extended exploration and supports natural language queries.
- Natural Language Processing (NLP): Scopus AI uses NLP to comprehend and interpret searches phrased in everyday language, streamlining the user experience.
- Retrieval-Augmented Generation (RAG) Framework: This framework allows for rapid and accurate information synthesis, aligning with academic needs.
Institutional Benefits
For academic institutions, Scopus offers:- Performance Evaluation: It provides critical data for evaluating research performance, helping institutions develop strategies to improve educational and research quality.
- Bibliometric Analysis: Tools within Scopus help institutions evaluate the impact and productivity of scientific publications, aiding in strategic decision-making.
User Experience
Scopus, especially with Scopus AI, is user-friendly and integrated:- Easy Search and Navigation: The platform allows for efficient searching and sorting of information, with features like the Copilot Query Tool that optimizes search strategies.
- Graphical Representation: Scopus AI will soon include graphical representations of search results, providing a comprehensive overview of interconnected research themes.
Who Would Benefit Most
- Researchers: Both early-career and seasoned researchers benefit from the comprehensive coverage, citation analysis tools, and the ability to track their publications and citations.
- Academic Institutions: Institutions can use Scopus to evaluate research performance, make strategic decisions, and improve educational and research quality.
- Authors: Authors gain increased visibility, recognition, and the ability to manage their professional profiles effectively.