Scopus MCP. Run advanced research and citation analysis.
Scopus MCP connects your AI client to Elsevier's massive academic literature and citation database. You can search for papers using advanced Boolean logic, build author profiles by checking H-indices, and calculate journal impact metrics like CiteScore—all from a natural conversation.
Give Claude and any AI agent real-world access
Search and retrieve metadata for academic abstracts using advanced search syntax.
Fetch detailed professional profiles, including H-index counts and affiliation history for academics or universities.
Calculate comprehensive citation summaries over time, year by year, using a document's DOI or Scopus ID.
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What AI agents can do with Scopus MCP: 10 Tools for Academic Research
These ten tools let you systematically examine document metadata, track author histories, compare journal quality, and calculate citation impact across the Scopus database.
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Add this MCP to Claude, Cursor, or Windsurf and your AI stops guessing. It gets real tools to look things up, take action, and handle the stuff you keep doing by hand.
Start using Scopus MCPGet Abstract
Retrieves complete metadata for a single, specific academic document.
Get Affiliation
Pulls detailed profile information about an educational or research institution.
Get Author
Fetches a comprehensive professional profile for a named author, including their...
Get Citation Count
Calculates the total number of times an abstract has been cited by other papers.
Get Citation Overview
Generates a breakdown showing citation counts and summaries for specific years.
Get Plumx Metrics
Retrieves altmetrics, measuring the document's visibility across social media and other platforms.
Get Serial Title
Provides journal metrics like CiteScore, SJR, and SNIP to evaluate publication influence.
Search Affiliation
Searches the database specifically for institutional profiles by name or keywords.
Search Author
Locates and retrieves author profiles based on names, years, or affiliations.
Search Scopus
Performs powerful searches across the entire database for abstracts using complex...
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The Citation Treadmill: Collecting Research Metrics
Today, gathering research metrics is a tedious process. You jump between Scopus's portal, Google Scholar, and various journal websites. You copy the DOI from one site, paste it into another to check citation counts, then open a third tab to find out if the journal has an SJR score. This isn't analysis; it's glorified data entry.
With this MCP, you just tell your agent what you need. Ask for the citation overview for a specific DOI, or ask for the full metadata of an author’s work. The MCP handles the API calls and metric aggregation in one go. You get structured, actionable data without opening another browser tab.
Scopus: Get Author Profiles and Impact Scores
The hardest part today is building a comprehensive view of an author's impact. You have to search by name, then find their institutional affiliation, then manually count the papers and track down the H-index for each one. It’s slow, prone to error, and leaves you missing cross-referencing data.
Now, use this MCP. Start by running `search_author` on the person's name. The agent pulls all their academic details through `get_author`, giving you a clean, structured report that includes their current affiliation and H-index without any manual aggregation.
What Scopus MCP does for your AI
You don’t have time to manually log into multiple databases just to compile a literature review or audit an academic's output. This MCP lets you run advanced queries against the world’s largest research index directly through your AI client. Instead of copy-pasting DOIs and running separate reports, you talk to your agent and it handles the complexity.
You can find specific papers using Boolean syntax, pull full metadata for authors or institutions, or get citation overviews broken down by year.
Need to know how influential a journal is? Check its CiteScore or SJR metrics in one go. Want to see if a piece of research has social media buzz? The MCP pulls altmetrics data right into your workflow. When you connect this MCP via Vinkius, you get immediate access to these powerful tools without needing complex API calls or developer setup.
It just works with natural language, letting you focus on the analysis, not the plumbing.
019e38e9-3754-73d9-baf3-a5aa0988e192 How to set up Scopus MCP
The bottom line is you get to treat the entire Scopus database like an extension of your natural conversation.
Subscribe to the MCP and enter your unique Scopus API credentials within Vinkius.
Connect this MCP in your preferred AI client (Claude, Cursor, etc.).
Ask your agent a question like, 'What were the citation trends for deep learning papers published last year?' and get instant results.
Who uses Scopus MCP
This MCP is for academics, bibliometricians, and data scientists who routinely analyze academic impact. If your job involves tracking research influence or auditing institutional output, this tool saves you days of manual database work.
Uses the MCP to quickly find relevant literature on a niche topic and track citation trends without manually exporting data sets.
Integrates high-quality, structured metadata—like journal CiteScores or author affiliations—directly into knowledge graphs for analysis.
Audits institutional output and tracks the performance of faculty members by retrieving detailed author profiles and publication lists.
Benefits of connecting Scopus MCP
Stop manually exporting data sets. You can get a full abstract using the get_abstract tool, giving you all the metadata for one document immediately.
Build comprehensive author dossiers quickly. Use search_author to find profiles, then run get_author to pull detailed history and H-index counts.
Gauge research impact beyond simple citation counts. The MCP pulls altmetrics via get_plumx_metrics, showing how widely a paper is discussed online.
Compare journals accurately. Instead of reading vague rankings, use get_serial_title to pull concrete metrics like CiteScore and SJR for direct comparisons.
Track citation growth over time effortlessly. The get_citation_overview tool summarizes citations year by year, showing trends instead of just a single number.
Search with precision. Use the powerful search_scopus tool to query abstracts using Boolean syntax, drastically narrowing down your literature review results.
Scopus MCP use cases
Assessing a rival's research focus
A researcher needs to know if their competitor is publishing in high-impact journals. They ask the agent to search for papers using search_scopus and then use get_serial_title on any resulting journal to check its CiteScore, giving them a clear competitive advantage.
Writing a literature review chapter
A data scientist needs citation history for three key papers. They first run the search_scopus tool and then use get_citation_overview on each resulting DOI to generate year-by-year impact tables without leaving their agent environment.
Auditing an academic's portfolio
A university administrator wants to track a professor's career growth. They use search_author and then call get_author to retrieve the H-index, total publications count, and primary affiliation history instantly.
Checking the reach of an early finding
A team has published a foundational paper. They ask the agent to run get_plumx_metrics on the document ID to see if it's getting buzz in media or social networks, which is crucial for grant applications.
Scopus MCP tradeoffs
What to watch out for, and the recommended way to handle each one.
Searching only by title
Trying to find all relevant papers on 'AI ethics' by just searching the title field. This misses context and related work.
Use search_scopus with Boolean operators, like TITLE-ABS-KEY("AI ethics") AND PUBYEAR > 2020, to narrow results across abstracts.
Assuming citation count is enough
Seeing a high total citation count but not knowing if that research was influential in the current field or decades ago.
Always use get_citation_overview to see citations broken down by year, revealing recent trends and impact.
Manually checking journal metrics
Opening three different journal websites just to compare their SJR or CiteScore metrics.
Use get_serial_title directly with the MCP. It pulls all key metrics like CiteScore and SJR into your agent's output in one step.
When to use Scopus MCP
You should use this MCP if your work requires systematic, quantitative analysis of academic knowledge—specifically bibliometrics or literature review support. If you need to find out who wrote something (author profiles), where they are affiliated (institutional data via get_affiliation), or the specific metrics of a publication (CiteScore from get_serial_title), this is your tool.
Don't use it if you just need general web information, current market trends, or primary source text that hasn't been indexed. If your goal is simply to find out 'what happened in the news today,' use a general search engine type tool instead. This MCP requires structured academic data, so keep your queries focused on authors, journals, and abstracts.
Frequently asked questions about Scopus MCP
How do I find citation trends using the Scopus MCP? +
You use the get_citation_overview tool. Just provide a document's DOI or ID, and it generates a summary showing how many citations the paper received in specific years.
Can I search for papers published before 2010 with Scopus MCP? +
Yes, you can. The search_scopus tool allows querying using historical fields like PUBYEAR and Boolean logic to target older datasets accurately.
What is the difference between getting abstract metadata and journal metrics via Scopus MCP? +
Metadata (get_abstract) gives you info on one paper (title, authors). Metrics (get_serial_title) give you broad data about the publication source itself, like its overall CiteScore.
Do I need a specific key to use Scopus MCP? +
Yes. You must subscribe and enter your valid Scopus API Key into Vinkius for the connection to work. The MCP requires this credential to access the data.
How do I find an institution's profile using Scopus MCP? +
You can use search_affiliation first to locate the institution, then use get_affiliation to pull all detailed information about its history and structure.