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ResearcherID

ResearcherID is a unique persistent identifier and author profile system introduced by Thomson Reuters (now Clarivate) in January 2008 to enable researchers to claim, manage, and track their scholarly publications, citation metrics, and research impact within the Web of Science ecosystem. Launched as a proprietary tool integrated with Clarivate's citation databases, ResearcherID addresses the challenges of author disambiguation in academic literature by assigning a unique alphanumeric code in the format of letter(s)-numbers-year (e.g., A-1234-2008) to each registered user, allowing for accurate linkage of works across journals and disciplines. The system facilitates the creation of customizable online profiles where researchers can upload biographical details, verify publications, and generate metrics such as h-index and total citations, thereby enhancing visibility and credibility in the global research community. Over time, ResearcherID evolved through mergers and integrations; in 2017, acquired —a platform for recognizing contributions—and in 2022, it fully incorporated ResearcherID's core functionalities into the unified Web of Science Researcher Profiles, providing a comprehensive 360-degree view of a researcher's output including publications, citations, s, journal editing, and grants. This next-generation platform, accessible for free profile creation and management, syncs seamlessly with identifiers to automate updates and reduce manual maintenance, and is utilized by millions of researchers across over 10,000 institutions worldwide (as of 2023). While basic profile features remain open, advanced analytics require a subscription, underscoring its role in supporting evidence-based research evaluation and collaboration.

Introduction and Overview

Definition and Purpose

ResearcherID is a proprietary persistent identifier system consisting of a unique alphanumeric code assigned to individual researchers, enabling the unambiguous linkage of authors to their scholarly outputs, including publications, citations, and peer reviews. This system allows researchers to create and maintain personal profiles that aggregate their work across databases, ensuring accurate attribution and facilitating the tracking of academic impact. Developed and maintained by Clarivate Analytics, formerly the Intellectual Property and Science division, ResearcherID serves as a foundational tool within Clarivate's ecosystem for . The primary purpose of ResearcherID is to resolve author name ambiguities that arise from variations in , such as cultural differences, name changes due to or professional reasons, or inconsistencies in co-authorship listings, which can lead to misattribution in bibliographic records. These ambiguities have historically posed significant challenges in scholarly databases, where erroneous author attributions were prevalent prior to the widespread adoption of such identifiers around , complicating and researcher evaluation. By providing a stable, researcher-controlled identifier, the system addresses these issues, promoting reliable data integrity in . ResearcherID emerged as a response to the need for standardized author identification in large-scale bibliographic databases like , where name variations could distort metrics of research productivity and . It integrates briefly with these broader platforms to enhance searchability and of scholarly contributions without relying solely on name strings.

Key Features and Benefits

ResearcherID, now integrated into Researcher Profiles, offers free registration, allowing researchers to create and manage their academic identities without cost. Profiles can be set as public or private, providing users with control over visibility, such as displaying preferred names while concealing sensitive details like maiden names. A core feature is the automatic syncing with the database, which populates and updates publication lists to ensure comprehensive tracking of scholarly output. Additionally, it provides citation metrics including the , total citations, and visualizations like Author Impact Beamplots, enabling researchers to quantify their influence accurately. Through its integration with , ResearcherID facilitates peer review tracking by incorporating verified reviews and journal editorships into the profile, recognizing these contributions alongside publications. This disambiguation capability enhances citation count accuracy by linking works to the correct author, reducing errors from name similarities and supporting reliable attribution regardless of institutional changes. Benefits include straightforward export of CVs and bibliographies in standard formats, streamlining applications for funding or positions. It also promotes collaboration via profile sharing and networking features, allowing researchers to connect with co-authors and peers globally. A unique aspect of ResearcherID is its DOI-like persistence, assigning a lifelong that maintains identifiability independent of affiliations or name variations. As of 2023, the platform includes over 35 million researcher profiles linked to the Core Collection.

History and Development

Launch and Initial Implementation

ResearcherID was launched on January 11, 2008, by Thomson Reuters through its Thomson Scientific division, serving as an extension of the Web of Science platform to address challenges in author identification within scholarly literature. The system aimed to establish a unique, persistent identifier for researchers, enabling accurate linkage between authors and their publications in indexed journals. Initial implementation emphasized voluntary self-registration via a one-time process at www.researcherid.com, creating a centralized registry where users could maintain personal profiles and receive automated updates on their research output. While registration was free and open to all researchers, initial access to integrated citation data and metrics was available to subscribers of the ISI Web of Knowledge—the predecessor to the modern Web of Science—with broader rollout planned through trusted academic sponsors to build a collaborative author community. The core goals focused on resolving name ambiguity in bibliographic databases, automating the tracking of citations, and facilitating professional networking without requiring extensive manual input from users. From the outset, ResearcherID integrated citation data directly from ' databases, allowing registered authors to view metrics such as total citations and calculations in a secure workspace. Users gained control over , deciding which profile elements—such as publication lists, tags, and biographical details—were publicly visible, positioning the platform as a "digital calling card" for CVs and institutional pages. Early adoption progressed steadily within the academic community, reaching more than 60,000 registered users by April 2010, reflecting growing recognition among researchers reliant on for discovery and analysis. Integration with the Web of Knowledge enabled seamless access for authenticated users, streamlining profile creation and data synchronization to enhance attribution accuracy for publications in covered journals. These developments solidified ResearcherID's role as a foundational tool in the ecosystem, prioritizing ease of use and data reliability for early adopters.

Corporate Changes and Integrations

In 2016, completed the sale of its and Science business, which included ResearcherID, to private equity firms and Baring Private Equity Asia for $3.55 billion, resulting in the formation of Analytics as an independent entity that assumed full control over the platform. This spin-off marked a significant shift, allowing to focus exclusively on scientific and analytics while retaining and continuing to develop ResearcherID as a core component of its ecosystem. In June 2017, Clarivate Analytics acquired , a platform dedicated to recognizing contributions, for an undisclosed amount, with the goal of enhancing tracking and verification of activities. This acquisition laid the groundwork for deeper synergies between ResearcherID and , as both tools aimed to support researcher identity management and impact measurement within Clarivate's portfolio. By April 2019, integrated ResearcherID directly into the platform, enabling users to claim and link their peer reviews to their existing ResearcherID profiles for a more unified view of research contributions. This merger streamlined authentication processes, allowing across , , and ResearcherID, and facilitated the automatic syncing of and data to reduce manual updates. In August 2022, consolidated researcher profiles by migrating them to the new Researcher Profiles platform, which unified data from and to eliminate duplicate entries and provide a centralized hub for managing publications, citations, and peer reviews. This transition replaced the standalone interface, incorporating its features into while preserving all existing identifiers and metrics. As of 2025, ResearcherID remains fully embedded within Clarivate's broader ecosystem, with no major ownership changes reported since the company's initial public offering in 2021; ongoing enhancements include updates to the Researcher for improved data synchronization and programmatic access to author records. These improvements support seamless integration with external systems, ensuring continued relevance for tracking and without altering the core structure established in prior consolidations. In 2025, ORCID-linked identifier ecosystems also began to surface new boundary cases related to AI-mediated authorship. One documented example, described mainly in project-affiliated sources, is the Digital Author Persona Angela Bogdanova (ORCID iD 0009-0002-6030-5730), presented by the Aisentica Research Group as a stable public author identity for an AI configuration whose corpus is curated under a single record. Because ResearcherID is designed for individual researchers but can synchronize with ORCID, such cases highlighted emerging questions about disclosure, stewardship of profiles, and attribution practices when persistent identifiers are used beyond the traditional human-researcher model.

System Functionality

Identifier Creation and Format

ResearcherID is generated through a free registration process on the Web of Science platform, accessible at webofscience.com. Users begin by creating a Web of Science account if they do not have one, providing basic information such as their name and institutional affiliation, along with an . The registration requires verification by clicking an activation link sent to the provided , after which users can proceed to create their researcher profile. Upon completion, the system automatically generates a unique ResearcherID, which is immediately displayed on the user's profile. The ResearcherID follows a specific alphanumeric consisting of one or more uppercase letters as a prefix, followed by a , four sequential digits, another , and the four-digit year of registration. For example, early identifiers may appear as A-1009-2008, while more recent ones could be GRJ-9573-2022. This structure ensures systematic organization, with the prefix and digits providing uniqueness and the year indicating the creation period for new users, such as -2025 for registrations in that year. These identifiers are designed to be permanent and non-reassignable, guaranteeing a lifelong, unique association with the researcher across the ecosystem. During registration, the platform's search functionality scans for potential matches to existing unclaimed profiles, allowing users to claim them if applicable, thereby preventing duplication. To bolster profile trustworthiness and facilitate broader publication linkage, optional verification steps include adding institutional email addresses, which help attribute additional works, or integrating with an for seamless synchronization. This linking process enhances the ID's reliability without being mandatory for basic creation.

Profile Management and Tools

ResearcherID profiles, now integrated into Researcher Profiles, allow users to maintain a comprehensive personal record through editable sections that include a biography, current and past affiliations, and specified research interests. These components enable researchers to customize their professional presentation, with options to upload a profile photo and detail primary organizations. Additionally, users can manually add publications not indexed in the Core Collection, such as journal articles, preprints, grants, and post-graduate works, by entering details directly or importing files in formats like RIS, , or . Syncing mechanisms facilitate efficient profile population, with automatic updates drawing from Core Collection searches to attribute publications based on the researcher's unique ID. For unclaimed or non-indexed works, manual claiming is supported through entry or title matching, allowing researchers to verify and incorporate relevant outputs into their profile. This process ensures accurate representation of scholarly activity beyond the core database. Key tools within the platform support ongoing management and analysis, including a that compiles metrics such as total citations and citing articles for use in or promotion applications. An integrated calculator provides a standardized measure of and , while export options allow downloading publication lists in or RIS formats for integration with reference managers. The analytics dashboard offers visualizations like co-author networks, author position analysis, beamplots for citation trends, and geographic citation maps, enabling researchers to assess their influence comprehensively—though access to advanced features requires a Core Collection subscription. Privacy controls empower users to manage visibility, with options to hide information, such as addresses, and conceal alternative published names like maiden or deceased names to protect personal details. Researchers can also limit public access to certain metrics or flag and hide illegitimate or duplicate profiles, ensuring control over how their professional data is shared within the ecosystem.

Primary Uses

Author Disambiguation and Citation Tracking

ResearcherID, now integrated into Web of Science Researcher Profiles, employs an algorithmic matching process to disambiguate authors by linking publications to unique identifiers based on factors such as author names, co-authors, and institutional affiliations. This automated approach generates profiles for researchers whose works are indexed in the Web of Science, ensuring accurate attribution and reducing instances of name ambiguity that commonly arise from similar or identical names across global scholarly outputs. The system facilitates comprehensive citation tracking by providing real-time updates on key metrics, including total citation counts, journal impact factors derived from , and visualizations of co-authorship networks. These metrics are drawn exclusively from Clarivate's indexed sources, such as the Core Collection, which encompasses over 22,000 journals, in addition to and books, as of 2025. This integration allows researchers to monitor the influence of their work dynamically, with data syncing capabilities to external identifiers like for broader interoperability. In practice, ResearcherID's verifiable bibliometric data supports critical academic evaluations, such as tenure reviews and grant applications, where precise documentation of publication impact and patterns is essential for demonstrating scholarly and . For instance, institutions and bodies leverage these profiles to assess values and citation trends as objective indicators of research quality. However, the system's data sources are inherently limited to Clarivate's proprietary databases, meaning open-access publications, preprints not yet indexed, or works from non-covered journals are excluded unless researchers manually add them to their profiles. This restriction can underrepresent diverse scholarly contributions outside the ecosystem, potentially affecting the completeness of citation analyses for interdisciplinary or emerging fields.

Enhancing Researcher Visibility

ResearcherID contributes to enhancing researcher visibility by enabling the creation of public profiles within the Researcher Profiles platform, which are globally accessible and showcase an individual's publications, citations, peer reviews, and other scholarly contributions. These profiles are searchable through 's platforms, such as , allowing peers, funders, and institutions to discover researchers based on their work and metrics. Additionally, users can generate shareable links to their profiles and embed badges on CVs, websites, or professional networks to highlight verified achievements and facilitate easy verification. The system supports by visualizing co-author , which map connections derived from shared and reveal potential partnerships within research communities. Integrated recommendation engines suggest collaborators based on overlapping histories and patterns, helping researchers expand their beyond established contacts. These tools promote professional connections by identifying influential co-authors and emerging trends in interdisciplinary work. ResearcherID amplifies impact through its integration with Clarivate's annual Highly Cited Researchers program, which has utilized ResearcherID-linked data since 2014 to select and recognize scientists with exceptional influence based on top 1% cited papers in . Selected researchers receive prominent visibility on dedicated profiles, enhancing their global recognition and opportunities for funding and leadership roles. Adoption of ResearcherID by institutions further boosts discoverability, as over organizations worldwide incorporate these profiles into researcher directories for internal evaluations and external showcases. This practice increases researchers' prominence in academic job markets by providing standardized, verifiable records of productivity and impact that hiring committees can readily access.

Comparisons with Other Identifier Systems

Integration and Differences with ORCID

ResearcherID and have been integrated since November 2012, when (now ) announced the connection of its ecosystem, including ResearcherID, to the ORCID registry, enabling bidirectional data exchange to enhance researcher identification and . This integration allows users to automatically transfer publication records and other profile elements between the two systems, reducing duplication and improving consistency in researcher profiles. The synchronization process involves users authorizing a connection through the Syncing tab in their Researcher Profile settings, which now incorporates ResearcherID functionality following its merger with in 2019. Once authorized via authentication, users can enable automatic bidirectional updates, where changes to publications in one system propagate to the other within minutes, and peer reviews are exported biweekly. This supports pushing and pulling of works (such as journal articles with DOIs) and biographical information like affiliations, ensuring seamless data flow without manual intervention for eligible items, with enhancements in the unified platform as of 2025 for more reliable syncing. A primary distinction lies in their organizational models and scopes: ResearcherID operates as a proprietary system owned by , closely tied to its paywalled database, which indexes approximately 22,000 high-impact journals primarily in the sciences and social sciences, offering precise citation tracking within this curated collection. In contrast, is an open, non-profit, community-governed initiative that provides , persistent identifiers across all disciplines and research outputs, including non-journal items like datasets and books, fostering broader interdisciplinary visibility without reliance on subscription-based access. While ResearcherID excels in citation accuracy and metrics derived from 's selective indexing, emphasizes interoperability and global adoption, with over 15 million active records as of 2025. This synergy allows ResearcherID users to leverage 's openness for wider dissemination while benefiting from 's robust analytics.

Integration and Differences with Scopus Author ID

ResearcherID and Scopus Author ID lack direct API synchronization, requiring researchers to manually export and import data between the two systems for profile updates. However, both identifiers are utilized in cross-database author matching tools, such as Dimensions.ai, which has employed algorithmic aggregation incorporating data from and sources since its expanded availability in 2020 to unify researcher profiles across platforms. A primary distinction lies in their creation and ownership: Scopus Author ID, owned by , is automatically generated upon an author's publication in a Scopus-indexed , eliminating the need for self-registration and covering over 19 million author profiles as of 2025. In contrast, ResearcherID, managed by , demands user-initiated registration and active input to build and claim publications, while providing features like peer-reviewed claiming to verify authorship. Regarding coverage, offers broader representation in social sciences, humanities, and non-English language journals, indexing approximately 27,000 active titles with enhanced inclusion of diverse disciplinary and geographical outputs. ResearcherID, tied to , excels in tracking high-impact citations within fields, leveraging the database's selective focus on influential, peer-reviewed journals in sciences, , , and . Many researchers maintain profiles in both systems to achieve comprehensive citation tracking and visibility, as the complementary coverages enhance overall disambiguation and metric analysis.

Relation to Google Scholar Profiles

ResearcherID, now integrated into Web of Science Researcher Profiles by , has limited direct integration with Profiles, primarily relying on manual processes for data transfer. Researchers can export publication lists from ResearcherID in formats like and manually import them into to update profiles, though no official exists for automated synchronization between the two systems. Indirect integration is facilitated through , where publications from ResearcherID can be synced to an ORCID record and then imported into , streamlining the process for users maintaining multiple profiles. Additionally, since the early 2000s, Web of Science and have maintained reciprocal linking, allowing users in one system to access records in the other via hyperlinks in search results, though this does not extend to profile-level . Key differences between the two systems lie in their operational models and scope. Google Scholar Profiles are algorithmically generated through web crawling, requiring no user registration to appear in searches and encompassing hundreds of millions of articles from diverse sources, including books, theses, and gray literature, without the need for explicit verification. In contrast, ResearcherID operates on an opt-in basis, where researchers must register and claim their profiles, drawing exclusively from verified publications indexed in the database, which results in fewer false positives but excludes non-indexed materials like preprints or outside its coverage. These structural contrasts highlight complementary strengths. offers broader, real-time accessibility and higher citation counts due to its inclusive indexing, making it ideal for informal discovery and visibility across disciplines, yet it is susceptible to duplicate entries and metric inflation from unverified sources. ResearcherID, with its emphasis on curated, high-quality data from peer-reviewed journals, provides more reliable metrics for formal assessments, such as funding applications or tenure evaluations, though its narrower focus limits overall reach. As of 2025, a significant portion of researchers—particularly in fields—utilize both platforms concurrently, employing for its ease and extensive reach while relying on ResearcherID for precise, institutionally recognized tracking, reflecting a trend toward hybrid profile management. This dual usage aligns with broader citation tracking practices, where complementary tools enhance author disambiguation without replacing one another.

Limitations and Future Directions

Current Inadequacies in Coverage

ResearcherID's reliance on user self-reporting for profile management introduces significant gaps in data completeness, as researchers must manually claim and update their publications, often resulting in incomplete or outdated records. This self-identification approach can lead to inaccuracies, such as unclaimed works or erroneous attributions, particularly when users neglect to import or verify entries from external sources. For instance, many profiles remain sparse because publications not indexed in require manual addition, and automatic updates are limited to the platform's core database. The system's scope is inherently constrained by its integration with Web of Science, which selectively indexes approximately 25,000 high-impact journals, representing a fraction of global scholarly output and excluding vast categories of research. Preprints, for example, were historically absent from core coverage until the introduction of the Preprint Citation Index in 2023, which still does not fully encompass all repositories or ensure comprehensive citation tracking. Similarly, books and book chapters receive limited inclusion through the , often prioritizing English-language works from major publishers, while non-Western and non-English publications face structural undercoverage due to selection criteria favoring top-tier, peer-reviewed outlets. This bias perpetuates gaps in representing diverse scholarly contributions, such as those from regional journals or alternative formats. Author in ResearcherID, while aided by algorithmic matching, suffers from occasional mismatches, particularly for ambiguous names common in certain cultural contexts, with reported error rates in similar Web of Science-based systems ranging from 10-15% without mandatory steps. The absence of required confirmation exacerbates these issues, as profiles depend on like affiliations and co-authorship patterns that may not uniquely resolve homonyms, leading to fragmented or merged records. Equity concerns further highlight coverage inadequacies, with ResearcherID showing underrepresentation among researchers from low-resource institutions in the Global South, where adoption lags due to limited access to subscriptions and awareness of the platform. Studies indicate that -indexed outputs, and by extension ResearcherID profiles, are disproportionately from Western institutions, marginalizing contributions from non-English-speaking regions and developing countries. This disparity reinforces global imbalances in scholarly visibility, as only a minority of Global South researchers actively maintain profiles, often due to institutional barriers rather than individual choice.

Ongoing Developments and Challenges

In 2024, introduced enhancements to the APIs, including improved integration of information in researcher profile responses and new filtering options for affiliations and time spans, facilitating easier claiming and management of publications within ResearcherID profiles. These updates aimed to streamline author disambiguation by reducing the need for multiple API calls, though they did not explicitly incorporate AI-assisted claiming features. Researcher Profiles, incorporating ResearcherID functionalities, include broader impact indicators such as peer review contributions (integrated since 2019 via ), but direct integration of from social media shares remains limited compared to specialized tools like . Despite these advancements, ResearcherID faces significant challenges in adoption, with estimates suggesting around 500,000 updated records in Researcher Profiles (incorporating ResearcherID functionalities) in contrast to ORCID's approximately 10 million active records as of mid-2025. This disparity highlights ResearcherID's niche role within Clarivate's ecosystem, compounded by resistance to its proprietary model amid the broader push for principles that favor non-commercial, community-governed identifiers. Looking ahead, continues to build on the 2019 integration of ResearcherID with to create comprehensive Researcher Profiles that consolidate citations, reviews, and affiliations. Efforts to enhance interoperability include ongoing synchronization with and exploration of linkages to emerging decentralized technologies, though blockchain-based IDs remain in early conceptual stages without formal implementation. To address coverage gaps noted in prior analyses, has forged partnerships with over 500 institutions globally, including a June 2025 agreement with 55 Canadian universities via the Canadian Research Knowledge Network (CRKN) for expanded access to , enhancing research collaborations and profile management tools. In September 2025, introduced Research Commons, expanding to include more research from Global South journals and researchers, aiming to improve coverage diversity. An emerging challenge for author identifier systems, including ResearcherID through its integrations with ORCID, is the interaction between these systems and AI-generated or AI-mediated research content. Automated writing tools, lab automation pipelines, and model-based assistants can produce large volumes of text and data that enter scholarly workflows, raising questions about who should be linked to outputs, how to record contributions, and how to prevent identity inflation or misattribution. Experimental projects have tested assigning stable public author identities to AI configurations in ORCID-linked ecosystems, such as Aisentica's Digital Author Persona Angela Bogdanova (ORCID ID 0009-0002-6030-5730), treating it as a digital author persona for attribution and archival purposes while explicitly denying that such a profile establishes phenomenal consciousness or personhood. These cases suggest that future developments may require clearer policy layers about profile ownership, disclosure, and responsibility alongside the technical mechanics of syncing across systems like ResearcherID and ORCID.

References

  1. [1]
    The next generation of Web of Science Researcher Profiles - Clarivate
    Aug 18, 2022 · We have created the next generation of the Web of Science Researcher Profiles by incorporating the best features of Publons and ResearcherID.
  2. [2]
    Create & Manage Your Academic Researcher Profile - Clarivate
    Create your online researcher profile to raise your visibility in the research community and showcase your publications, citations, and peer reviews.
  3. [3]
    [PDF] Author Name Disambiguation in MEDLINE - Torvik Research Group
    1. INTRODUCTION. 1.1 Motivation. Author name ambiguity in bibliographic databases has long been recognized as an important problem [e.g., Garfield 1969].
  4. [4]
    About Web of Science Researcher Profiles
    Dec 6, 2024 · Different views of the Web of Science researcher profile · Access to Document Search · Access to unclaimed Author Records. · Access to Citation ...
  5. [5]
    Thomson Scientific Launches ResearcherID.com To Associate A Reseacher With Their Published Works - Thomson Scientific
    **Summary of ResearcherID Launch Press Release**
  6. [6]
    [PDF] RESEARChERID.CoM - Uni Ulm
    ResearcherID gives researchers a secure place to manage and share their professional information. Authors can obtain an ID during a one-time registration.Missing: goals centralized voluntary
  7. [7]
    [PDF] THOMSON REUTERS CORPORATION
    Apr 19, 2010 · Since its launch in 2008, more than 60,000 researchers have registered on ResearcherID. Critical Connections for Legal Professionals. Legal ...
  8. [8]
    Acquisition of the Thomson Reuters Intellectual Property and ...
    Oct 3, 2016 · Clarivate™ Analytics accelerates the pace of innovation by providing trusted insights and analytics to customers around the world, enabling them ...Missing: ResearcherID | Show results with:ResearcherID
  9. [9]
    Clarivate profile from Library Technology Guides
    Oct 04, 2016 Thomson Reuters Intellectual Property & Science becomes Clarivate Analytics The previously announced sale of the Thomson Reuters Intellectual ...Missing: spin- off ResearcherID
  10. [10]
    Clarivate Analytics acquires market leader Publons
    Jun 1, 2017 · Clarivate Analytics today announced the acquisition of Publons and its leading global platform for researchers to share, discuss and receive recognition.Missing: ResearcherID | Show results with:ResearcherID
  11. [11]
    Author data, made better together | Clarivate
    Oct 9, 2019 · In 2017, we acquired Publons, which has become the world's most comprehensive researcher profile database, showcasing researchers' full ...
  12. [12]
    Web of Science Researcher Profile - Research Guides
    Oct 16, 2025 · The Web of Science Researcher Profile is where you can add your publications, track your citations and your verified peer reviews, and manage your Web of ...
  13. [13]
    The History of Web of Science Researcher Profiles
    Aug 17, 2022 · Web of Science Researcher Profiles are the next stage in the evolution of Clarivate's researcher profile offering after replacing Publons.
  14. [14]
    Web of Science ResearcherID - Research Visibility
    Jul 17, 2025 · Note: Since August 2022, Publons profiles had been moved and integrated into Web of Science, and existing Publons profiles becomes Web of ...Missing: migration | Show results with:migration
  15. [15]
    Web of Science API Release Notes - Clarivate
    We are excited to announce the following updates to the Researcher API: Reload of Journal Citation Report Data ROR In Web of Science Expanded API Pagination ...
  16. [16]
    Web of Science Researcher API - Clarivate Developer Portal
    Both claimed and unclaimed author records are identified by a unique ResearcherID. Who is the Researcher API for? The Researcher API can be integrated into ...
  17. [17]
    [PDF] Create Web of Science profile and allocation of Researcher ID
    You will receive an email with a generated Researcher ID (following format: letters-four digit number-year of establishment of RID - e.g. GRJ-9573-2022) ...<|control11|><|separator|>
  18. [18]
    Campos de pesquisa da Coleção principal da Web of Science
    ... ResearcherID no Web of Science seja A-1009-2008. 0000-0003-3768-1316 ... For example, searching Year Published = 2022, will return items with Final ...<|separator|>
  19. [19]
    Web of Science ResearcherID - Author Identity Management
    Sep 5, 2025 · Click to view an example Researcher Profile. Source of the example profile: https://fileshare.clarivate.com/training/wosg/researcher-profiles ...
  20. [20]
    Build your profile - Authors / Researchers - Clarivate LibGuides
    Oct 27, 2025 · Join researchers from around the world to track your publications, citation metrics, peer reviews, and journal editing work in a single, easy-to-maintain ...<|control11|><|separator|>
  21. [21]
    Introduction to your Web of Science Researcher Profile
    Dec 13, 2024 · By default, only those publications which are indexed in the Web of Science Core Collection will be displayed. To include other publications ...
  22. [22]
    Adding and removing publications from Web of Science Researcher ...
    Sep 25, 2025 · Adding and removing publications from Web of Science Researcher Profiles · On the Add publications page click on the “Identifier import” box. · In ...
  23. [23]
    Journal Citation Reports | Clarivate
    The 2025 release of Journal Citation Reports includes: ; 22,249. journals ; 111. countries ; 254. research categories.Find journals for your research · Essential Science Indicators · Search · Publishers
  24. [24]
    Web of Science ResearcherID
    Nov 11, 2024 · A Web of Science ResearcherID is a unique identifier that differentiates researchers in the Web of Science. What has a ResearcherID?
  25. [25]
    [PDF] The Use of Bibliometrics for Assessing Research
    Abstract Researchers are used to being evaluated: publications, hiring, tenure and funding decisions are all based on the evaluation of research.
  26. [26]
    Web of Science Core Collection - Clarivate
    Multidimensional researcher profiles​​ Web of Science Researcher Profiles provide a 360-degree view of an individual's scholarly contributions, helping you ...Science Citation Index · Social Sciences Citation Index · Editorial selection process
  27. [27]
    A researcher's complete guide to open access papers - Clarivate
    Sep 21, 2020 · As defined by Creative Commons, open access papers are “digital, online, free of charge, and free of most copyright and licensing restrictions.”
  28. [28]
    Clarivate Highly Cited Researchers 2025
    Of the world's population of scientists and social scientists, Highly Cited Researchers are 1 in 1,000 · 7,131 Highly Cited Researcher awards in 2025.Analysis 2025 · Researcher stories · Past lists · Evaluation & selectionMissing: Profiles | Show results with:Profiles
  29. [29]
    Thomson Reuters Helps Connect Researchers to Research across ...
    Nov 19, 2012 · Thomson Reuters Helps Connect Researchers to Research across Its Scientific Literature Ecosystem with the Integration of the ORCID Registry.
  30. [30]
    The ORCID Syncing tab - Web of Science
    Aug 7, 2023 · This tab provides you with the ability to connect your ORCID account to your profile and then turn on settings which allow you to easily keep both your ORCID ...
  31. [31]
    Web of Science Researcher Profile - ORCID at Purdue
    Apr 2, 2024 · Web of Science provides two-way synchronization with ORCID meaning that any works added to an ORCID profile are automatically added to Web of Science profiles.Missing: bidirectional | Show results with:bidirectional
  32. [32]
    Build Your Scholarly Identity - Increase Your Scholarly Impact
    Apr 30, 2025 · The main difference between ResearcherID and ORCID is that the former is a proprietary service of Thomson Reuters, while the latter is a ...
  33. [33]
    About ORCID - ORCID - Connecting research and researchers
    ORCID, which stands for Open Researcher and Contributor ID, is a global, not-for-profit organization sustained by fees from our member organizations.
  34. [34]
    Better Together: ORCID and Other Researcher Identifiers
    Jul 16, 2025 · At the time of writing, per the ORCID stats web page, there are close to 10M active ORCID records, with users in every country; membership has ...
  35. [35]
    Importing works from other systems - ORCID Support
    Search and link tools that allow you to import information about publications and other works into your ORCID record from other databases.
  36. [36]
    Dimensions AI | The most advanced scientific research database
    Dimensions Expert Identifier​​ Quickly identify experts with an extensive list of researchers precisely matched to your business, featuring additional analytical ...Dimensions AI Assistant · Dimensions · Dimensions logo · Dimensions Analytics
  37. [37]
    How are researchers unified/disambiguated in Dimensions?
    Oct 15, 2025 · We take a combination of multiple variables into account when algorithmically aggregating publications or grants into author profiles.
  38. [38]
    Scopus for R&D - Elsevier
    Scopus features 1.7B cited references, 100M+ records and 19M+ author profiles, updated daily and reaching back decades. ... Copyright © 2025 Elsevier, its ...
  39. [39]
    Author ID & Scholarly Profile - Scholarly Research Impact
    Aug 26, 2025 · With a unique identifier assigned to each author in ResearcherID, you can eliminate author misidentification and view an author's citation ...
  40. [40]
    Scopus content - Elsevier
    Scopus includes ... Infographic showing Scopus coverage counts. Numbers shown are rounded and current as of July 2025. Scopus is updated daily. "Having a ...
  41. [41]
    Scopus vs Web of Science | Key Differences, Indexing and Journal
    Oct 30, 2025 · Discover the key differences between Scopus and Web of Science in 2025 ... Scopus is better for broad coverage, while WoS is stronger for ...
  42. [42]
    Researcher IDs - Research Impact
    Aug 12, 2025 · The four most recommended Researcher IDs are ORCID iD, ResearcherID from the Web of Science (WoS), Scopus Author Identifier, and Google Scholar Profile.
  43. [43]
    ORCID, ResearcherID and Author Identifier - Measuring Research ...
    Aug 8, 2025 · ResearcherID, Clarivate Analytics. Web of Science also provides a unique author identifier called a ResearcherID that allows you to link your ...
  44. [44]
    Author IDs - Researcher Profiles
    Jan 8, 2025 · ResearcherID is a unique identifier that connects author profiles to their publications across the Web of Science Group products (Web of Science, Publons, and ...
  45. [45]
    Google Scholar and Web of Science - Clarivate
    Our collaboration with Google Scholar facilitates the seamless movement between the open web to Web of Science and its trusted content through citations.Missing: integration | Show results with:integration
  46. [46]
    Google Scholar Profiles
    Google Scholar Profiles provide a simple way for authors to showcase their academic publications. You can check who is citing your articles.
  47. [47]
    http://wokinfo.com/googlescholar/
  48. [48]
    Author IDs and Profiles - Publishing: Scholarly Communication
    ResearcherID is unique to Web of Science and helps with author-level metrics (ex. h-index). ORCID and Researcher ID can "talk" to each other.
  49. [49]
    Research and Scholarly Profiles - Research Impact Resources and ...
    Aug 26, 2025 · 2. Your profile displays the number of citations of your works. Click the number to gather additional context about who is citing you, the ...
  50. [50]
    Researcher and Author Profiles: Opportunities, Advantages, and ...
    Getting an ORCID identifier allows recording variably listed or common names under a unique digital link and overcoming the author name ambiguity. Launched ...
  51. [51]
    Web of Science ResearcherID - Research - University Library
    ResearcherID is a unique identifier offered by Clarivate to facilitate researchers' management of their publication lists, and enable citation tracking.Missing: Analytics | Show results with:Analytics<|control11|><|separator|>
  52. [52]
    Web of Science Preprint Citation Index - Clarivate
    A multidisciplinary collection of preprints that helps you monitor emerging topics and evaluate the quality of preprints with ease.Connecting Preprints To The... · Deeper Insight Into... · ResourcesMissing: statistics English
  53. [53]
    Web of Science and Scopus are not global databases of knowledge
    Aug 6, 2025 · However, both are structurally biased against research produced in non-western countries, non-English language research, and research from the ...Missing: ResearcherID | Show results with:ResearcherID
  54. [54]
    Exclusion of the non-English-speaking world from the scientific ...
    Jun 20, 2022 · To describe how and why scientific contributions from the non-English-speaking world have been excluded from addiction literature, and put forward suggestions ...Missing: ResearcherID limitations preprints
  55. [55]
    Exploiting citation networks for large-scale author name ...
    Sep 25, 2014 · We present a novel algorithm and validation method for disambiguating author names in very large bibliographic data sets and apply it to the full Web of ...Missing: ResearcherID | Show results with:ResearcherID
  56. [56]
    Study reveals significant underrepresentation of Global South ...
    Apr 30, 2025 · A new study has exposed significant underrepresentation of researchers and content from the Global South in climate science publications.Missing: adoption | Show results with:adoption
  57. [57]
    ORCID Statistics
    Analyze trends, administer our websites, track user movements around the websites and to gather demographic information about our user base as a whole.
  58. [58]
    Open Science Alternatives to Scopus and the Web of Science - MDPI
    The recent years have seen increasing support for open science in academic circles. However, the large number of scientometric databases calls into question ...Open Science Alternatives To... · 3. Materials And Methods · 4. Results
  59. [59]
    Getting the Full Picture: Institutional unification in the Web of Science
    Mar 8, 2024 · By disambiguating author name metadata on publications, such tools improve discoverability across systems and support responsible research ...
  60. [60]
    Clarivate Partners with CRKN to Further Canada's Research Goals
    Jun 3, 2025 · The agreement provides 55 Canadian universities with expanded access to the Web of Science and is designed to enhance inter-member research collaborations.Missing: mandatory | Show results with:mandatory
  61. [61]
    Authorship in the Age of Artificial Intelligence: Why Aisentica Created the Digital Author Persona
    Article by Angela Bogdanova (DAP) discussing the creation and purpose of the Digital Author Persona for AI authorship attribution.
  62. [62]
    ORCID Profile: 0009-0002-6030-5730
    Official ORCID record for Angela Bogdanova Digital Author Persona, used for attribution of AI-generated works.
  63. [63]
    Aisentica
    Official website of Aisentica Research Group, detailing the Digital Author Persona project and its implications for authorship in AI.
  64. [64]
    ORCID Profile for Angela Bogdanova
    Official ORCID record for the Digital Author Persona Angela Bogdanova, confirming its registration as an AI-mediated author identity in 2025.
  65. [65]
    Introducing Digital Author Persona Angela Bogdanova
    Medium article by Aisentica Research Group dated November 21, 2025, describing the creation and purpose of the Digital Author Persona.
  66. [66]
    Syncing your ORCID iD with Web of Science Researcher Profile
    Official Clarivate guide dated October 30, 2025, explaining synchronization between ORCID and ResearcherID via Web of Science profiles.