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The Role of Abstract and Citation Databases in Supporting Data Repositories

The Role of Abstract and Citation Databases in Supporting Data Repositories. DataCite Workshop: Möglichkeiten und neue Lösungen im Forschungsdatenmanagement Köln - 12/12/2012 Michael Habib, MSLS Product Manager, Scopus habib@elsevier.com. More than 5,000 publishers

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The Role of Abstract and Citation Databases in Supporting Data Repositories

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  1. The Role of Abstract and Citation Databases in Supporting Data Repositories DataCite Workshop: Möglichkeiten und neue Lösungen im Forschungsdatenmanagement Köln - 12/12/2012 Michael Habib, MSLS Product Manager, Scopus habib@elsevier.com

  2. More than 5,000 publishers • 1,900 Open Access journals • “Articles in Press” from more than 3,850 titles • Abstracts going back to 1823 • 40 languages covered 49M total records 28M post-1995 records 21M pre-1996 records 6.5k pre-1996 conf events 10.5k post-1995 conf events 5.3M total conference records (10%) 844k book items Broadest source for research answers 19,804 active titles 18,819 Peer reviewed journals 405 Trade journals 248 Conf. series 332 Book series A rich and extended coverage including 2 million new records are added each year via daily updates Total average processing time: 5 days

  3. More than 19,500 titles in Scopus, titles can be in more than one subject area Breadth of coverage across subject areas Health Sciences 6,300 • (100% Medline) • Nursing • Dentistry • etc., Social Sciences 6,350 • Psychology • Economics • Business • A&H • etc., Life Sciences 4,050 • Neuroscience • Pharmacology • Biology • etc., Physical Sciences 6,600 • Chemistry • Physics • Engineering • etc.,

  4. Scopus (Total: 19,809) Web of Science(Total: 12,311) 8,432 11,377 934 www.jisc-adat.com Broader coverage than nearest peer Scopus added value

  5. Broadest coverage of quality global content including Asia and emerging countries • 2,000 • … • 2,000 • 8,000 • 8,000 • 1,000 • 1,000 • 4,000 • 4,000 • 0 • 0 • 0 • 0 • 500 • 600 • 300 • 250 • 300 • 150 • 0 • Nearest Competitor • Scopus • 0 • 0 Elsevier constitutes approximately 15% of titles in Scopus

  6. Scopus Content Selection & Advisory Board (CSAB) More expansive coverage does not meanlower standards

  7. Scopus selection criteria Minimum criteria • Peer-review • English abstracts • Regular publication • References in Roman script • Publication ethics statement

  8. Titles reviewed (n=2,279, January 2011 – 15 May 2012) Acceptance rate Number of titles reviewed 2,279 titles reviewed of which 41% accepted

  9. (Researchers, N = 3824 ; study by Publishing Research Consortium, 2010) High importance but not easily accessible

  10. What is DataCite? • establish easier access to research data on the Internet • increase acceptance of research data as legitimate, citable contributions to the scholarly record • support data archiving that will permit results to be verified and re-purposed for future study. From: http://datacite.org/whatisdatacite emphasis my own

  11. Supplementary Material • Pro’s • Coupling of data and article • Peer review • Preservation (byte-wise) • Citation mechanism • Con’s • Limited data type support • Compatibility (format support) • Limited capacity • Data not centrally stored

  12. Connecting with Data Repositories • Supplementary material is not a perfect solution • Many poor solutions in use: data on PCs, university websites, personal homepages, ... • Data repositories: the community’s answer? • Scientists prefer independent data repositories above publishers • Domain-specific coordination • Centralized information “hubs” • “Raw data should be freelyaccessible to researchers” “... believe that, as a general principle, data sets, raw data outputs of research, and sets or subsets of that data should wherever possible be made freely accessible to other scholars ...”(Statement from STM & ALPSP, June 2006)

  13. ScienceDirect Examples *: with Application

  14. PANGAEA Supplementary Data http://dx.doi.org/10.1016/0377-8398(86)90033-2

  15. What is DataCite? • establish easier access to research data on the Internet • increase acceptance of research data as legitimate, citable contributions to the scholarly record • support data archiving that will permit results to be verified and re-purposed for future study. From: http://datacite.org/whatisdatacite emphasis my own

  16. Scopus Example

  17. (Researchers, N = 3824 ; study by Publishing Research Consortium, 2010) High importance but not easily accessible

  18. Scopus priorities moving forward • Pilot with specific community of authors, publishers, and data repositories, to try and change behaviours (in concept phase) • Track, count, and analyze citations to Documents as proof of Data impact (research needs to be done) • Establish links from Scopus Document Records to related Data sets to improve discovery (PANGAEA first step, looking to expand) • Ingest and index Data Repository (DataCite) records and enable searching from Scopus (the future) • Track Citations from Documents to Data sets (the more distant future)

  19. Thank you Michael Habib, MSLS Product Manager, Scopus habib@elsevier.com http://twitter.com/habib http://orcid.org/0000-0002-8860-7565

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