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The Digital Public Domain

 | 
Melanie Dulong de Rosnay
, 
Juan Carlos De Martin

III. Developments and Case Studies

9. The DRIVER Project: The Socio-economic Benefits of a European Scientific Commons

Karen Van Godtsenhoven

Texte intégral

1The European DRIVER project (the Digital Repository Infrastructure Vision for European Research) builds a repository infrastructure combined with a search portal for open access (OA) European scientific communication. The goal is to aggregate all OA materials into one knowledge infrastructure or scientific commons, with collections, scientific communities and customized portals. For the infrastructure, the DRIVER open source software package D-NET v.1.0 (http://www.driverrepository.eu/​index.php/​D-NET_release) has been developed. The DRIVER project chose to include only open access full-text materials, which means it does not retrieve reference-only materials, in order to promote the OA movement with readers and authors.

  • 1 See Wilma Mossink, ”Intellectual Property Rights”, in A DRIVER’s Guide to European Repositories: F (...)
  • 2 Heather A. Piwowar, Roger S. Day, Douglas B. Fridsma, ”Sharing Detailed Research Data Is Associate (...)

2Specific studies about copyright for digital repositories have been issued, and the DRIVER project partners keep advocating an OA mandate for all the publications funded by the European Commission (EC), in parallel with geographically-based or subject-based mandates.1 The last couple of years have seen a rise in ”self-archiving” mandates issued by major research funders and institutions, both in Europe as well as in the US, which is a favourable evolution for authors’ rights as well as for the greater public. Since authors are obliged to retain some rights to their work, this allows them to put articles online, which enhances their readership and impact.2 This, in turn, accelerates science because of the timely and free availability of the publications. The more articles, proceedings, raw data and research results become available, the more DRIVER can build on these data with services for both readers and authors, who will be encouraged by the positive effects (enhanced readership and impact) and deposit more articles. The ”V” in the DRIVER acronym embodies this strategic vision: a scientific commons for Europe and the rest of the world.

1. Open Access to scientific communication

1.1 A brief history of Open Access

3Although the birth of OA is often rooted in the serials pricing crisis,3 or the disproportional rise in scientific journal prices during the last decades of the twentieth century, it is not just a libraries’ solution to financial issues: OA concerns the whole scientific community, and the movement is rooted within the disciplines themselves. It was the physicists with their arXiv.org who started putting up pre-prints from journal articles online, because they felt the peer review and publishing process took too long and they wanted faster access to research results in order to build upon them.4 After ten years, the movement became more and more institutionalized and got the famous ”BBB” statements as the official declarations of principles for the open access movement.5 These statements have been signed by over 250 rectors, ministers and research directors worldwide.

  • 6 Vanessa Proudman, ”The Population of Repositories”, in A DRIVER’s Guide to European Repositories: (...)
  • 7 The Juliet website lists all the funding agencies’ open access mandates and conditions: http://www (...)
  • 8 For a comprehensive overview of all the official documents by the EC, ERC, EURAB and EUA, as well (...)

4Nowadays, OA advocates try to establish institutions’ and funders’ OA mandates, because researchers need incentives in order to execute the few keystrokes needed to self-archive their articles (the spontaneous self-archiving rate is a low 15%, according to Swan, 2006). Although the concept of a mandate seems unattractive to researchers (it is a top-down obligation), it is in their own interest (visibility, research impact and storage) and also advantageous for the whole scientific community. The first implementers of OA mandates,6such as the University of Minho and the European Oganization for Nuclear Research (CERN) have proven the advantages for their institutions, and were followed by big funding agencies such as the National Institute of Health (US) and the European Research Council, and universities such as Harvard and the University of Liège, Belgium.7 After last year’s recommendations by the ERC and the following mandate, as well as the major EC petition for OA, this will hopefully lead to a generic mandate from the EC. This goal is not easily achieved because of high-level publishers’ lobbying with the EC, and the refusal of the EC to take a stand in the discussion, because of the perceived added economic value the publishing industries offer. Thus far, only ”strong recommendations” and plans for investments into OA experiments have been published, but none included a very pragmatic approach to the problem of low spontaneous self-archiving rates with European researchers.8

1.2 Defining Open Access

5Many different ”flavours” of OA exist, and there have been a lot of different definitions both from within the community and without, but we will use the definition of the last Berlin Declaration (2003), since that is the most established and widespread document for the OA movement:

6Open access contributions must satisfy two conditions:

  • The author(s) and right holder(s) to all users a free, irrevocable, worldwide, right of access to, and of such contributions grant(s) a license to copy, use, distribute, transmit and display the work publicly and to make and distribute derivative works, in any digital medium for any responsible purpose, subject to proper attribution of authorship (community standards, will continue to provide the mechanism for enforcement of proper attribution and responsible use of the published work, as they do now), as well as the right to make small numbers of printed copies for their personal use.
  • A complete version of the work and all supplemental materials, including a copy of the permission as stated above, in an appropriate standard electronic format is deposited (and thus published) in at least one online repository using suitable technical standards (such as the Open Archive definitions) that is supported and maintained by an academic institution, scholarly society, government agency, or other well-established organisation that seeks to enable open access, unrestricted distribution, interoperability and long-term archiving. These two conditions ensure that all the materials can be accessed and reused in an appropriate way, thus accelerating research and facilitating a worldwide scientific commons.9

1.3 The practical side of OA

7The two main roads to OA are either the ”green road” (self-archiving of papers in institutional repositories, vehemently defended as the only way by ”archivangelist” Stevan Harnad) or the ”golden road” (through publishing in OA journals).10 Both have their positive and negative sides, but the most important factor is that they offer free, immediate and permanent access to scientific communication, the essential principles of OA.

1.4 Copyright issues

8One of the biggest concerns of researchers who want to self-archive their articles in a digital repository is the fear of copyright restrictions and possible measures by the publishers. To accommodate these researchers, the UK-based Sherpa/Romeo website lists many scientific journals and publishers with their journal copyright policies.11 Different categories exist, such as green (allow self-archiving), yellow (only pre-prints can be self-archived), blue (only post-prints) and white (no self-archiving allowed). All the different conditions and possible embargoes are listed on the Sherpa website, and it appears that 67% of all the listed publishers are so-called ”green publishers”, who allow authors to self-archive their final version of a refereed paper. Wilma Mossink thoroughly explains these issues and their solutions, such as the Copyright toolbox by the Dutch SURF foundation, or SPARC’s Scholar’s Copyright Addendum Engine.12

2. The DRIVER project: accomplishments and future goals13

2.1 Results from DRIVER I

9DRIVER (I) was a project with ten partners from eight countries, funded by the European Commission’s Information Society and Multimedia DG, and was included in the i2010 strategy, which promotes the positive contribution that information and communication technologies (ICT) can make to the economy, society and personal quality of life.14 The i2010 strategy has three aims: to create a Single European Information Space, which promotes an open and competitive internal market for information society and media services; to strengthen investment and innovation in ICT research; and to support inclusion, better public services and quality of life through the use of ICT.

10To achieve those aims there are various actions such as regulation, funding for research and pilot projects, promotion activities and partnerships with stakeholders. DRIVER I established a European network of digital scientific repositories, accompanied by a test-bed that aggregated a first list of 51 repositories from Germany, France, the Netherlands, the UK and Belgium.15 This can be interpreted as the accomplishment of the first goal: creating a single European Information Space for scientific communication. Through the DRIVER search portal, researchers were able to get a first glimpse of the benefits of open access to research materials, through the aggregation of multiple European resources. This way, investments in ICT and innovation (repositories) strengthened the accessibility and visibility of European Research (goal number two). They could, as readers of scientific communication, access all the full-text materials from these 51 repositories through a few mouse clicks: this way, DRIVER tried to make the researchers-as-authors enthusiastic to contribute to the collections of OA materials. Because this was only a test-bed phase, usability studies were carried out in order to optimize the services and benefits for researchers in DRIVER II.16 The long-term goal of extending the network and building more services on top of the first content base fits neatly into the third goal of i2010: improving quality of life (by facilitating scientific progress) and better public services (by opening up the outputs of publicly-funded research results).

11On the political side, the strategy of DRIVER was to advocate the establishment of more OA repositories throughout Europe, and to inform the scientific and greater community of the benefits of OA. An informative and interactive website has been created for that goal, and support services for repository managers and scientific authors were built on this website.17 On a higher level, a few DRIVER partners co-initiated the ”Petition for guaranteed public access to publicly-funded research results”, which was handed over to Janosz Potoçnik, the European Commissioner for Research.18 The petition received over 12,000 signatures from institutions, research funders, individuals and even publishers in no more than two weeks. The counter now stands at 27,280 signatories. This proved that the academic community is ready and willing to conform to an OA mandate by the EC. Indeed, the EC has now implemented an OA mandate for all resulting publications of research projects under FP7. Nevertheless, this mandate is quite limited and leaves a lot of room for non-compliance.19 The European Research Council, another major European research fund, has set the example and released a mandate in December 2007.20 DRIVER keeps lobbying on a high level in order to convince the EC of the importance of a mandate for Europe, whilst extending the network of European repositories into a Confederation with international bonds (see 2.2.1). DRIVER also issued technical guidelines for repository managers and three OA books concerning practical and political issues for repository managers, university administrators and scientific researchers.

12The Belgian DRIVER partner, the University Library of Ghent, established a national network of institutional and subject-based repository managers, supported by a national community website with intranet and mailing lists.21 This group of content providers met every two or three months, but very soon it appeared that, although the repository managers (often librarians) were very enthusiastic about the OA cause, their management did not allocate enough resources to the establishment and maintenance of the repository (the most pressing problem was man-hours, not so much the servers or technologies). In order to make the repositories more of a priority for university administrations, DRIVER lobbied with the university librarians and rectors by means of fact sheets and information sessions, until all-but-one (14 out of 15) university rectors agreed to officially sign the Berlin Declaration on Open Access to Research in the Sciences and Humanities during a national conference.22 The two Ministers of Research and Education from Flanders and the French Community also agreed to sign the Declaration, and the two main research funders (FWO and FNRS) had already signed it before. This was a major turning point for the Belgian Open Access landscape: mainly in a strategic sense, since it led to two OA mandates: one by the FWO and one by the University of Liège.23 The rector of Liège, Bernard Rentier, gave an inspiring speech at the national conference and became a very vehement OA advocate. He founded the European Open Access initiative for university rectors: Europenscholarship.24 Over the course of one year, Belgium turned from a blind spot in terms of OA and repositories, into a country bustling with activity and enthusiasm. Through the distributed responsibilities and difficulties in the Belgian political landscape, there is not one administration responsible for research which could provide a national network like HAL in France and DAREnet in the Netherlands, but through the goodwill of many involved parties, the national repository community is still extending and getting closer to becoming a real network of content providers.

2.2 Plans for DRIVER II

13The follow-up project of DRIVER, DRIVER II, financed under DG Research of the EC, sets out to take the accomplishments of DRIVER I a few steps further. The project goals are being extended in many key ways.

  • Geographically, the DRIVER consortium is extended with three extra partners: Denmark for Scandinavia, Portugal for South-Western Europe, and Slovenia for Eastern Europe.
  • Strategically, the DRIVER Summit meeting in January 2008 launched the European Confederation of Scientific Repositories, a broad European network which liaises with many other OA projects and sets an example for similar projects in other continents.25
  • Semantically, apart from textual resources, DRIVER II will integrate enhanced publications, which means articles extended with raw data files, images, web resources, extra chapters, etc.
  • +Technically, in DRIVER II, the search and services portal moves from a test-bed to a state-of-the-art, production mode system using GRID structures such as G饌nt. The system consists of tools and services for end-users (search portal) as well as for repository managers (validator tools), accompanied by new releases of the open source D-NET software, which enables a larger community of service providers to ”plug and play” with the DRIVER tools.26

14This four-fold extension of the DRIVER vision and ambitions fits into the EC’s vision of the ”European Research Area”:27 a unified, strong European research community, which can compete with greater powers such as the US or China. This way, DRIVER II creates an economic advantage for Europe: because it is the only infrastructure in its kind, Europe is one step ahead in bringing together its scientific resources in a unified way.

15The Belgian activities with repository managers and OA advocacy continue in DRIVER II, and Ghent University Library will also be more involved in the technical work-packages of DRIVER II, with technical tests throughout the country. A distributed project like DRIVER in a divided country like Belgium is no sinecure, but the latest developments have been favourable: many subject-based repository managers have joined the Belgian DRIVER community, and with the new release of the D-NET software package it will be possible to build a national network of repositories. The only things lacking are political and therefore financial support for the infrastructure (servers and staff), without which a long-term vision cannot be accomplished.

16Both DRIVER I and II fit into the EC’s vision of an open, inclusive and integrated knowledge society for Europe, with the socio-economic benefits being the establishment of a unified, robust, state-of-the-art scientific e-infrastructure (with economical advantage for Europe as a continent because of increased research impact), and the opening up of a qualitative science commons to all researchers and readers worldwide (social benefit: developing countries are no longer cut off from vital information, and the greater professional public—for example a specialized doctor or lawyer—can now also freely access the latest evolutions in their field).

17The benefits of an open knowledge society are multiple and both benefits (social and economic) have a positive effect on each other: the more a country invests in R&D and innovation, the more it reaps financial rewards, which can in turn provide a better education system resulting in a stronger economy. The DRIVER projects also contribute to the vision of a worldwide open knowledge society by establishing contacts with other repository networks and exchanging best practices with developing nations and continents. The DRIVER and DRIVER II projects have now evolved into OpenAIRE,28 a project that takes OA a step further and focuses on the distribution and openness of research data. The aim is for the implemented research infrastructures from DRIVER to become fully-grown Open Access scientific information networks.

Notes

1 See Wilma Mossink, ”Intellectual Property Rights”, in A DRIVER’s Guide to European Repositories: Five Studies of Important Digital Repository Related Issues and Good Practices, ed. by Kasja Weenink, Leo Waaijers and Karen van Godtsenhoven (Amsterdam: Amsterdam University Press, 2007), pp. 103–12.

2 Heather A. Piwowar, Roger S. Day, Douglas B. Fridsma, ”Sharing Detailed Research Data Is Associated with Increased Citation Rate”, PLoS ONE, 2 (2007), e308.

3 See Jean-Claude Guédon, ”In Oldenburg’s Long Shadow: Librarians, Research Scientists, Publishers, and the Control of Scientific Publishing”, presentation for the Association of Research Libraries, Toronto (May 2001), available at http://www.arl.org/resources/ pubs/mmproceedings/138guedon.shtml; and Judith M. Panitch and Sarah Michalak, ”The Serials Crisis: A White Paper for the UNC-Chapel Hill Scholarly Communications Convocation” (January 2005), available at http://www.unc.edu/scholcomdig/ whitepapers/panitch-michalak.html.

4 See http://arxiv.org.

5 ”BBB” refers to Budapest (2002) at http://www.soros.org/openaccess; Bethesda (2003); and the Berlin Declaration (2003) at http://www.berlin9.org/about/declaration/index. shtml.

6 Vanessa Proudman, ”The Population of Repositories”, in A DRIVER’s Guide to European Repositories: Five Studies of Important Digital Repository Related Issues and Good Practices, ed. by Kasja Weenink, Leo Waaijers and Karen van Godtsenhoven (Amsterdam: Amsterdam University Press, 2007), pp. 49–97; and Alma Swan, ”Open Access by Self-archiving: It’s an Author Thing”, paper presented at the first European conference on scientific publishing in biomedicine and medicine, Lund, Sweden (April 2006), available at http://eprints.ecs.soton.ac.uk/17505/.

7 The Juliet website lists all the funding agencies’ open access mandates and conditions: http://www.sherpa.ac.uk/juliet/.

8 For a comprehensive overview of all the official documents by the EC, ERC, EURAB and EUA, as well as the position papers from the publishers, see Peter Suber’s Open Access Newsletter, issue 107 (2 March 2007), available at http://www.earlham.edu/~peters/fos/ newsletter/03–02-07.htm.

9 See http://sciencecommons.org.

10 See http://doaj.org.

11 See http://www.sherpa.ac.uk/romeo.

12 See Mossink (2007). The Copyright toolbox is at http://copyrighttoolbox.surf.nl and the Scholar’s Copyright Addendum Engine is at http://scholars.sciencecommons.org/.

13 Read more on the website: http://driver-community.eu.

14 See http://ec.europa.eu/information_society/eeurope/i2010/strategy/index_en.htm.

15 An example from France is HAL: http://hal.archives-ouvertes.fr/.

16 Karen Van Godtsenhoven and Maurits Van der Graaf, ”Digital Repository Infrastructure Vision for European Research”, DRIVER Usability Assessment Report (2007), available at http://www.driver-support.eu/documents/DRIVER_usability_study_Gent.pdf.

17 See http://www.driver-support.eu.

18 http://www.ec-petition.eu.

19 See the section ”Immediate policy revisions for greater openness” at http://www.openaire.eu/en/component/content/article/223-seizing-the-opportunity-for-openaccess- to-european-research-ghent-declaration-published.

20 See ttp://erc.europa.eu/pdf/ScC_Guidelines_Open_Access_revised_Dec07_FINAL.pdf.

21 More information about the University Library of Ghent can be found at http://lib.ugent. be, and the community website is at http://www.driver-repository.be.

22 See http://www.driver-repository.be/content1.aspx?PageId=162.

23 See for example http://www.fwo.be.

24 See Bernard Rentier’s blog: http://recteur.blogs.ulg.ac.be.

25 See http://www.driver-repository.eu/Summit1/DRIVER_Summit_report_Jan08.pdf.

26 See http://www.driver-repository.eu/D-NET_release.

27 See http://cordis.europa.eu/fp7/ict/e-infrastructure/home_en.html.

28 See http://www.openaire.eu.

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