Complete Guide to Scopus & Web of Science

Table of Contents

1. Introduction: Why These Databases Matter
2. What Are Scopus and Web of Science?
3. Why Should Ashoka Researchers Care?
4. Getting Started: Accessing Through HDFC Library
5. Scopus Deep Dive: Features and How to Use Them
6. Web of Science Deep Dive: Features and How to Use Them
7. Head-to-Head Comparison: Which Database When?

1. Introduction: Why These Databases Matter

So, you’re ready to kickstart your research adventure at Ashoka University! You’ve got a killer question, all the curiosity in the world, and one of India’s most impressive academic libraries at your fingertips. The big hurdle: How on earth do you navigate over 100 million academic publications to find that perfect needle in the haystack?

That’s where Scopus and Web of Science come in – two of the most formidable academic databases in the world, both accessible through the HDFC Library. Think of them as much more than just simple search tools; they’re robust research environments designed to revolutionise the way you discover literature, monitor citations, connect with other researchers, and assess your scholarly contributions.

Whether you’re an undergrad piecing together your first literature review, a PhD candidate trying to get your bearings on the current research landscape, or a faculty member looking to gauge your citation impact, this guide is for you. We’ll delve into what sets each database apart, guide you on when to choose which, and unlock their potential to propel your research to the next level.

2. What Are Scopus and Web of Science?

Scopus: The Comprehensive Multidisciplinary Giant

Owned by Elsevier, Scopus is a beast. It’s currently the world’s largest abstract and citation database of peer-reviewed literature and was born in 2004. In a nutshell, it’s a newer take on indexing that tries to be all-encompassing and user-friendly.

Here’s the breakdown on Scopus:

• What’s in there? You’ll find more than 41 million records spanning from 1823 up to now. That’s a whole lot of published stuff!
• Where’s it from? There are more than 25,000 active journals and 148,000+ conference proceedings represented in the database.
• What fields does it cover? Pretty much everything. Whether it’s physics, philosophy, computer science, or cultural studies, Scopus covers it.
• How often is it updated? Daily. So, you can rest assured you’re always looking at the most up-to-date content available.

Now, for the runner-up…

Web of Science: The Gold Standard with Deep Historical Roots

Web of Science (WoS), managed by Clarivate Analytics, has a storied history. In fact, its origins can be traced back to the Science Citation Index, which Eugene Garfield created in 1964. WoS is known for its strict approach to journal selection and its incredibly detailed citation-tracking features.

Here’s what makes WoS tick:

• What’s in there? You’ll find more than 12,000 high-impact journals.
• How far back does it go? In some areas, citation data goes back as far as 1900.
• How picky is it? WoS is a very exclusive club. The journal list is meticulously curated based on impact and quality.
• What about citation tracking? WoS was one of the first to pioneer citation indexing, meaning you can search citations forward and backward.

The Fundamental Difference

Essentially, Scopus is a big, sprawling library that’s looking to hold all the quality sources it can, particularly conference proceedings and the most recent articles. On the other hand, Web of Science is like an exclusive club with a selective membership, focusing only on the highest-impact journals with plenty of historical context.

3. Why Should Ashoka Researchers Care?

For Undergraduate Students

Reviewing literature can be a daunting task for your first paper. With these databases, you can quickly uncover major works, the latest trends, and important scholars in fields spanning economics to environmental science.

Ashoka’s liberal arts approach encourages interdisciplinary thinking, and both databases will show you how political science connects with data science or how philosophy might inform cognitive science.

For Graduate Students and PhD Candidates

If your doctoral research demands comprehensive literature reviews, these databases are essential. Studies show that Scopus retrieves more documents than Web of Science for multi-disciplinary searches, which illustrates why you’ll want to consult both for full coverage of your research area.

By studying how papers cite one another, you’ll be able to pinpoint research gaps, key academic discussions, and evolving trends. These databases offer advanced tools for visualizing research networks and citation analysis.

Know where to send your next article! Identifying which journals are covered in these databases will help you target submissions strategically, and journal impact metrics will reveal where to publish for the widest impact.

For Faculty and Researchers

Track your h-index and citation counts to understand and showcase your research influence. According to research, the numbers you’ll find on each database may differ: Scopus tends to report more citations because of its broader scope, while Web of Science often lists higher-impact publications.

Analyze the co-authorship networks and institutional collaborations of your colleagues and potential research partners.

Most funding agencies now ask for bibliometric evidence. These databases will provide the reports you need to demonstrate the impact of your work.

For All Researchers: The Quality Assurance Factor

Unlike Google Scholar, which casts a wide net over everything from student projects to unverified research pre-prints, Scopus and Web of Science have rigorous selection criteria. Each journal is assessed on editorial quality, peer-review practices, and scholarly significance. This means any article you find in one of these databases will be published, peer-reviewed research.

4. Getting Started: Accessing Through HDFC Library

Step-by-Step Access Guide

For On-Campus Access:

1. Connect to Ashoka University Wi-Fi
2. Visit HDFC Library Website: Navigate to the library homepage
3. Find Database Access: Look for “Electronic Resources” or “Databases” section
4. Select Your Database: Click on either “Scopus” or “Web of Science”
5. Automatic Authentication: Your IP address will be recognized, granting immediate access

For Off-Campus Access:

1. Remote Access Portal: Access all your subscribed resources through our e-Library portal!
   • Log in with your Ashoka credentials
   • Browse available databases and click through to Scopus or Web of Science

Pro Tip: Create bookmarks for both databases as it saves time for future sessions.

Creating Your Personal Accounts

You might have access to all the databases through your university, but setting up your own account is going to get you even more cool stuff.

Scopus Personal Account –

• Bookmark and subscribe to search results
• Generate custom citation analyses
• Follow authors and journals of interest
• Download and organize all your references

Web of Science Researcher Profile –

• Associate all your publications via your ResearcherID
• Monitor your citation analysis over the years
• Get notified of citations of your publications
• Build and organize your research profile

Setting up your accounts is simple:

1. Log in to the databases through your university
2. Find “Register” or “Create Account” (usually in the top-right corner)
3. Use your Ashoka email address to sign up
4. Confirm your email and fill out your preferences

5. Scopus Deep Dive: Features and How to Use Them

The Scopus Interface: Your Research Command Center

On first login, Scopus presents you with a refreshingly uncomplicated interface. What lies behind it, however, is sheer awesomeness.

Basic Search: Getting Started

Scenario: You’re researching climate change adaptation in South Asian cities.

Step-by-Step:

1. Enter Your Search Terms: Type “climate change adaptation” AND “South Asia” AND cities
   • Scopus automatically searches across titles, abstracts, and keywords
   • Use quotation marks for exact phrases: “climate change adaptation”
2. Review Initial Results: You’ll see a results page showing:
   • Total number of documents found
   • Year-by-year publication trends (visual graph)
   • Top authors, institutions, and countries
   • Subject area breakdown
3. Refine Your Search: Use left-sidebar filters:
   • Year Range: Focus on publications from 2020-2025 for recent work
   • Document Type: Select “Article” and “Review” for peer-reviewed content
   • Subject Area: Choose “Environmental Science” and “Social Sciences”
   • Source Title: Limit to specific journals if needed

Scopus result page Description: At the top, we have a horizontal bar graph, charting how many papers were published each year. To the left, there’s the filter sidebar, where you can select results by year, document type, author, and topic. And in the center, our list of articles with their titles, authors, journals, and number of citations.

Advanced Search: Precision Tools

For complex queries, click “Advanced Search” to access field-specific searching:

Example Query for Interdisciplinary Research:

TITLE-ABS-KEY (“machine learning” AND “social science”) AND PUBYEAR > 2019 AND (LIMIT-TO (SUBJAREA, “COMP”) OR LIMIT-TO (SUBJAREA, “SOCI”))

This searches for “machine learning” AND “social science” in titles, abstracts, or keywords, published after 2019, in Computer Science or Social Sciences.

Field Codes You Should Know: – TITLE (): Search only in article titles – AUTH (): Search by author name – AFFIL (): Search by institution (e.g., AFFIL (“Ashoka University”)) – SRCTITLE (): Search within specific journals – DOI (): Find specific articles by DOI

Citation Analysis: Following the Research Trail

Perhaps one of the coolest things Scopus does is track citations. Here’s a quick run-through of how to do it:

Forward Citation Search (Who cited this paper?):

1. Find the article that is the relevant result for your search.
2. Click on the citation count (the blue number) to see the citation count and a list of all the articles that have cited the original.
3. See current research trends or newly developed applications/methodologies.

Backward Citation Search (What did this paper cite?):

1. Open the article’s details page.
2. Scroll down to “References”.
3. Click on the “View in Scopus” next to each reference.
4. Follow the intellectual “thread” of that idea.

An example of how to use this in the real world: Let’s say you’re researching a seminal 2018 article on digital governance. Forward citation search tells you where the field has gone since then-what new methodologies have been implemented or proposed? What kind of critiques have been leveled against the 2018 findings?

Author and Affiliation Analysis

Tracking Ashoka University’s Research Output:

1. Search by Affiliation: Use Advanced Search with AFFIL (“Ashoka University”)
2. View Results: See all Scopus-indexed publications by Ashoka researchers
3. Analyze Trends: Use the “Analyze results” button to visualize:
   • Publication trends over time
   • Top-cited Ashoka papers
   • Collaboration patterns with other institutions
   • Subject area distribution

Following Specific Researchers:

1. Author Search: Click “Author search” tab
2. Enter Name: Type the researcher’s name
3. Verify Identity: Scopus attempts to disambiguate authors with similar names
4. View Profile: See complete publication list, h-index, citation metrics
5. Set Alert: Click “Set alert” to receive notifications of new publications

Scopus Author Profile Page: Shows a researcher’s photo and name at the top, underneath are some vital statistics about the author, displayed in color boxes: how many documents they’ve published, how many citations they’ve received in total, and their h-index. After that is a chart charting the number of citations they’ve received over the years. Then, you have a list of all their publications along with the number of times each one has been cited.

Scopus Metrics: Understanding Impact

Document-Level Metrics: – Citation Count: How many articles have been cited – Field-Weighted Citation Impact (FWCI): Relative to how other more or less similar articles were cited. (In simple term 1.0 = paper has a effect the same as normal average paper, 1.0 > has more than average effect and 1.0 < has less than average effect.)

Journal-Level Metrics: – CiteScore: average citations per document in 4-year window – SJR (SCImago Journal Rank): prestige indicator based on citations – SNIP (Source Normalized Impact per Paper): considers differences in citing behaviour across disciplines.

Author-Level Metrics: – h-index: Number of papers (n) with at least n citations each. – Total Citations: Sum of total citations for all of an author’s publications. – Documents: Number of publications that are indexed.

Exporting and Organizing Results

Creating a Bibliography for Your Paper:

1. Select Relevant Articles: Check boxes next to articles you want to export
2. Click Export: Choose from multiple formats:
   • RIS: For reference managers (Zotero, Mendeley, EndNote)
   • BibTeX: For LaTeX users
   • CSV: For data analysis in Excel or R
   • Plain Text: For simple lists
3. Choose Information: Select which fields to export (citation, abstract, keywords, etc.)
4. Download: Save to your computer

Setting Up Alerts:

1. After Running a Search: Click “Create alert” (usually near the search bar)
2. Name Your Alert: E.g., “Climate Adaptation South Asia”
3. Set Frequency: Choose weekly or monthly email updates
4. Manage Alerts: Access “My alerts” from your account to edit or delete

Pro Tip: Set up notifications for your research terms, your author profile, and your competitors’ work and easily stay updated.

Scopus Analytics: Visualizing Research Landscapes

With the “Analyze results” option, your search results will be presented as dynamic charts that illustrate research trends.:

Available Analyses: 1. Year 2. Author 3. Source 4. Country 5. Subject Area 6. Affiliation 7. Cite to (i.e., how many other articles cite the papers from your search)

How do you access this feature?

Simply run a search in Scopus, and then click on “Analyze results” in the left navigation menu. Once there, you can choose up to 3 types of analysis to combine in one graph (like, year by subject area). Then you can download the graphs.

Example for Ashoka’s Interdisciplinary Approach: Search “artificial intelligence” AND “ethics” and analyze results by subject area. Notice you will see authors in Computer Science, Philosophy, Social Sciences, Medicine and more.

6. Web of Science Deep Dive: Features and How to Use Them

The Web of Science Interface: Precision and Depth

If you look at the Web of Science interface (WoS) then the scholarly nature of the academic resource will quickly become obvious. Although WoS might not be as exciting as Scopus to look at, it offers unparalleled accuracy, long-term historical reach, and enhanced citation analysis.

Basic Search: Quality Over Quantity

Scenario: You’re researching the history of economic thought on inequality.

Step-by-Step:

1. Select Your Database: WoS includes multiple collections:
   • Core Collection: The main database (use this most often)
   • BIOSIS: Biological sciences
   • MEDLINE: Biomedical literature
   • SciELO: Latin American journals
2. Enter Search Terms: Type “economic inequality” OR “income distribution”
   • Default searches across Topic (title, abstract, keywords, Keywords Plus)
3. Set Timespan: Choose date range (e.g., 1990-2025 for historical perspective)
4. Review Results: WoS presents:
   • Total records found
   • Highly cited papers (top 1% or 10% in field)
   • Hot papers (recent papers with high citation rates)
   • Results sorted by relevance or date

WoS search page: A simple search bar is at the top with options for how you’d like to search (Topic, Author, Title, etc.), timespan selection, and databases. You can access basic or advanced search below that or even a cited reference search.

Advanced Search: Boolean Mastery

Web of Science’s advanced search is particularly powerful for complex queries:

Example for Interdisciplinary Research:

TS=(“computational social science” OR “digital humanities”) AND PY=2020-2025 AND SU=(Computer Science OR Social Sciences)

Field Tags: – TS=: Topic (title, abstract, keywords) – TI=: Title only – AU=: Author – SO=: Source (journal name) – AD=: Address (institution) – PY=: Publication year – SU=: Subject category

Combining Searches: WoS allows you to combine previous searches: – Run Search #1: TS=”climate change” – Run Search #2: TS=”policy” – Combine: #1 AND #2

This is invaluable for iterative, exploratory research.

Citation Analysis: The WoS Specialty

Web of Science pioneered citation indexing, and it remains the gold standard for citation analysis.

Cited Reference Search: Finding Seminal Works

This unique feature lets you search for papers that cite a specific work – even if that work isn’t indexed in WoS:

1. Click “Cited Reference Search” tab
2. Enter Details: Author name and publication year
3. Select the Correct Reference: WoS shows all variations of the citation
4. View Citing Articles: See everything that cited this work

Real-World Application: You’ve heard about a groundbreaking 1995 book on postcolonial theory. Even though the book isn’t in WoS, you can find all WoS-indexed articles that cite it, revealing how the theory has been applied and debated.

Citation Report: Measuring Impact

1. Run Your Search: E.g., all papers by Ashoka University faculty
2. Click “Create Citation Report”
3. View Metrics:
   • Total citations
   • Average citations per paper
   • h-index for this set of papers
   • Citations per year graph

Screenshot Description: The Citation Report page displays a line graph showing citations over time, with key metrics in boxes above: total papers, total citations, average citations per item, and h-index. A table below lists individual papers with their citation counts.

Web of Science Categories and Journal Evaluation

Understanding Subject Categories:

WoS assigns journals to one or more of 254 subject categories (e.g., “Economics,” “Environmental Studies,” “Multidisciplinary Sciences”). This classification helps you:

• Refine Searches: Limit to specific disciplines
• Identify Interdisciplinary Work: Papers in multiple categories
• Evaluate Journal Fit: See where journals are classified

Journal Citation Reports (JCR):

Accessible through WoS, JCR provides comprehensive journal metrics:

• Impact Factor: Average citations per paper over 2 years
• 5-Year Impact Factor: Longer-term impact measure
• Immediacy Index: How quickly articles are cited
• Eigenfactor: Measures journal influence in citation network
• Journal Quartiles: Q1 (top 25%) to Q4 (bottom 25%) in each category

How to Use JCR:

1. Head to the WoS homepage and look up “Journal Citation Reports”.
2. Search for your journal’s name.
3. Here, you can see all the various metrics, and how the journal stacks up against others in the same category.
4. And of course, you can always compare journals in the same subject area.

Publication Strategy Tip: Look to publish in Q1 journals in your field. It can really improve your academic standing and your ability to find good publications for your research. JCR is your tool to figure out which ones you should be targeting!

Researcher Profiles and ResearcherID

Creating Your ResearcherID:

1. Access from WoS: Click “Researchers” tab
2. Register: Create a profile with your Ashoka email
3. Claim Publications: WoS suggests publications that might be yours
4. Verify: Confirm which papers are actually yours (important for common names)
5. Maintain: Regularly update as you publish new work

Benefits: –

• Clear identification: No more being confused with other academics who share your name.
• All-in-one profile: A central hub for all your academic output.
• Citation tracking: Your citation metrics automatically updated.
• Integration: Connect it with your ORCID profile for even wider academic recognition.

Analyzing Research Trends

Analyze Results Feature:

You’ll see all the following analysis options available to you when you click “Analyze Results”:

Authors, Publication Years, Source Titles, Countries/Regions, Organizations: Spot leading institutions, Research Areas: Explore the disciplinary breakdown, Funding Agencies: See the funding bodies.

Creating Custom Visualizations:

1. Select up to 2 dimensions (e.g., Publication Year + Research Area)
2. Set number of results to display (top 10, 20, 50, etc.)
3. View as bar chart or table
4. Export data for further analysis

Interdisciplinary Example: Analyzing “sustainability” research by Research Area reveals contributions from Environmental Sciences, Engineering, Business Economics, and Social Sciences—showing the truly interdisciplinary nature of sustainability studies.

Exporting and Integration

Reference Management:

1. Select Records: Check boxes next to relevant papers (up to 500 at a time)
2. Export: Click export button
3. Choose Format:
   • EndNote: Direct export to EndNote
   • RefWorks: For RefWorks users
   • Other Formats: BibTeX, Plain Text, Tab-delimited
4. Select Fields: Choose which information to export

Data Export for Bibliometric Analysis:

For advanced users conducting bibliometric studies:

1. Export Full Record: Include all bibliographic data
2. Choose Tab-Delimited or Plain Text: For import into R, Python, or VOSviewer
3. Include Cited References: Essential for citation network analysis

Pro Tip: if you have big datasets (more than 500 references), it’s probably best to save your downloads in batches or utilize the “Save to EndNote online” option (unlimited space!).

7. Head-to-Head Comparison: Which Database When?

Coverage Comparison: Breadth vs. Selectivity

Key Finding: Research shows Scopus retrieved 11,444 documents compared to Web of Science’s 10,943 in multidisciplinary searches, demonstrating Scopus’s broader coverage. However, overlap in citing items is only around 58.2%, meaning each database captures unique content.

Disciplinary Strengths

Scopus Excels In: – Computer Science: better coverage of conference proceedings – Engineering: a very broad selection of international journals – Life Sciences: wide collection of biomedical resources – Social Sciences: better coverage of regional journals – Emerging Areas: indexes newly emerging journals faster

Web of Science Excels In: – Physical Sciences: excellent historical coverage in chemistry and physics – Citation Tracking: more powerful tools to track individual citations – High Impact Research: very focused on the top cited, highest impact journals – Historical Research: you just can’t beat the historical data that WoS collects – Humanities: generally better collection of humanities journals (if you’re using the Arts & Humanities Citation Index)

Evidence: Comparing bibliometric results of journal databases shows the differences in database usage, in the study of pharmacology and pharmacy journals, Scopus reported more citations for a greater percentage of articles compared to Web of Science.

Feature-by-Feature Comparison

Citation Count Differences: What Research Shows

Multiple studies have compared citation counts between databases:

Key Findings: – First off, those citation numbers can be really different depending on what database you’re using. Scopus generally includes more stuff, so it will often give you higher numbers than Web of Science (which is pretty stingy with what counts as a source). About 58.2% of the items that cite an article in Web of Science also cite that article in Scopus, so there’s definitely unique citations that you’re not catching in each database. This can have an impact on researcher rankings too when it comes to h-index calculation.

Practical Implication: If you’re putting citation metrics on a CV or grant application, make sure you mention the database you pulled those numbers from. Even better, include them from both.

Final Thoughts: Making These Tools Work for You

While Scopus and Web of Science are mighty search engines, they are, ultimately, tools. The power lies in how you leverage these tools to tackle your research questions, participate in academic discussions, and create new knowledge.

Remember: –

• Quality over quantity: 20 well-aligned articles are far more valuable than 200 that are just “kind of” relevant.
• Critical thinking: Citations do not guarantee quality. Dig in, analyze, and question everything.
• Ethical conduct: Always cite properly, be honest about the limitations of your research, and conduct transparent searches.
• Never stop learning: These platforms are constantly being updated and improved. Keep an eye out for new features and learning opportunities.
• We’re all in this together: Share your findings and best practices with colleagues and help foster a research-rich environment at Ashoka.

As you become more comfortable with Scopus and Web of Science, they will become an intuitive part of your research process, assisting you in finding new ideas, following conversations, locating collaborators, and positioning your work within the larger academic landscape.

The HDFC Library team is here to guide you on your research journey. Feel free to drop in with questions, sign up for a workshop, or book a personalized one-on-one consultation with our team. We’re invested in your success!