The conservative party (majority partner in the coalition) technology manifesto is well worth looking over for anyone interested in data and IT policy in the UK and an indicator of what might still be coming out of the new government.

In addition, to plans to open up government data and spending information it refers to research by Rufus Pollock et al at Cambridge University on the economic value of open data, which estimated it will create an estimated £6 billion in additional value for the UK. This boost to British jobs will come from the synergies and positive spillover benefits that result from businesses and social entrepreneurs building new applications and services using previously locked-up government data.

It is fascinating to see how big an effect on UK government policy advocacy by the likes of the Open Knowledge Foundation and the Free Our Data campaign has had. Of course it helps if similar initiatives are underway in the USA – see the Wired interview with the US government’s first-ever chief information officer, Vivek Kundra.

Concepts and Properties of Archives and Hosting in the Strategy and their Relationships ©Charles Beagrie Ltd 2009. CreativeCommons Attribution-Share Alike3.0 Key: solid colour represents core properties and fading colour represents weaker properties of archives and hosting services.

The study was commissioned by the Alliance of German Science Organisations to help develop a strategy to address the challenges of perpetual access and hosting of electronic resources. In undertaking the study we were requested to focus on commercial e-journals and retro-digitised material.

Although developed for Germany, there is substantial discussion and recommendations around the issues of perpetual access, archiving, and sustainability of hosting and access services for these materials which will be of interest to an international audience.

Contents include:

• Discussion, definition, and glossary of terms;
• Review of relevant  international activity;
• Review of current and future desired position in Germany;
• Gap analysis;
• A series of use cases;
• Scenarios, potential solutions, and recommendations

Model used for discussion of the Federated Strategy on Perpetual Access and Hosting of Electronic Resources for Germany  ©Charles Beagrie Ltd 2009. CreativeCommons Attribution-Share Alike3.0

The members of the Alliance of German Science Organisations are the Alexander von Humboldt Foundation, the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation), the Fraunhofer-Gesellschaft, the German Academic Exchange Service (DAAD), the German Rectors’ Conference (Hochschulrektorenkonferenz – HRK), the Helmholtz Association, the Leibniz Association, the Max Planck Society, and the Wissenschaftsrat (German Council of Science and Humanities). For further information on the Alliance Hosting Working Group that steered the study see:

English webpage:

http://www.allianzinitiative.de/en/core_activities/national_hosting_strategy/working_group/

Deutsch:

http://www.allianzinitiative.de/de/handlungsfelder/nationale_hosting_strategie/arbeitsgruppe/

“…questions remain about what digital information we should preserve, who is responsible for preserving, and who will pay.

The Blue Ribbon Task Force on Sustainable Digital Preservation and Access investigated these questions from an economic perspective. In this report, we identify problems intrinsic to all preserved digital materials, and propose actions that stakeholders can take to meet these challenges to sustainability. We developed action agendas that are targeted to major stakeholder groups and to domain-specific preservation strategies.

The Task Force focused its inquiry on materials that are of long-term public interest, looking at four content domains with diverse preservation profiles:

• Scholarly discourse: the published output of scholarly inquiry
• Research data: the primary inputs into research, as well as the first-order results of that research
• Commercially owned cultural content: culturally significant digital content that is owned by a private entity and is under copyright protection; and
• Collectively produced Web content: Web content that is created interactively, the result of collaboration and contributions by consumers.”

I have not had chance to look at the report in detail but hope to add a short commentary to the blog in due course.

This journal requires, as a condition for publication, that data supporting the results in the paper should be archived in an appropriate public archive, such as GenBank, TreeBASE, Dryad, or the Knowledge Network for Biocomplexity. Data are important products of the scientific enterprise, and they should be preserved and usable for decades in the future. Authors may elect to have the data publicly available at time of publication, or, if the technology of the archive allows, may opt to embargo access to the data for a period up to a year after publication. Exceptions may be granted at the discretion of the editor, especially for sensitive information such as human subject data or the location of endangered species.

This policy will be introduced approximately a year from now, after a period when authors are encouraged to voluntarily place their data in a public archive. Data that have an established standard repository, such as DNA sequences, should continue to be archived in the appropriate repository, such as GenBank. For more idiosyncratic data, the data can be placed in a more flexible digital data library such as the National Science Foundation–sponsored Dryad Archive.

Authors of the editorial, Michael C. Whitlock, Mark A. McPeek, Mark D. Rausher, Loren Rieseberg, and Allen J. Moore present the case for the importance of data archiving in science.   This is the first of several coordinated editorials soon to appear in major journals.

WASHINGTON, D.C., January 12, 2010 — An expert panel of librarians, library scientists, publishers, and university academic leaders today called on federal agencies that fund research to develop and implement policies that ensure free public access to the results of the research they fund “as soon as possible after those results have been published in a peer-reviewed journal.”

The Scholarly Publishing Roundtable was convened last summer by the U.S. House Committee on Science and Technology, in collaboration with the White House Office of Science and Technology Policy (OSTP). Policymakers asked the group to examine the current state of scholarly publishing and seek consensus recommendations for expanding public access to scholarly journal articles.

The various communities represented in the Roundtable have been working to develop recommendations that would improve public access without curtailing the ability of the scientific publishing industry to publish peer-reviewed scientific articles.

The Roundtable’s recommendations, endorsed in full by the overwhelming majority of the panel (12 out of 14 members), “seek to balance the need for and potential of increased access to scholarly articles with the need to preserve the essential functions of the scholarly publishing enterprise,” according to the report.

“I want to commend the members of the Roundtable for reaching broad agreement on some very difficult issues,” said John Vaughn, executive vice president of the Association of American Universities, who chaired the group. “Our system of scientific publishing is an indispensible part of the scientific enterprise here and internationally. These recommendations ensure that we can maintain that system as it evolves and also ensure full and free public access to the results of research paid for by the American taxpayer.”

The Roundtable identified a set of principles viewed as essential to a robust scholarly publishing system, including the need to preserve peer review, the necessity of adaptable publishing business models, the benefits of broader public access, the importance of archiving, and the interoperability of online content.

In addition, the group affirmed the high value of the “version of record” for published articles and of all stakeholders’ contributions to sustaining the best possible system of scholarly publishing during a time of tremendous change and innovation.

To implement its core recommendation for public access, the Roundtable recommended the following:

• Agencies should work in full and open consultation with all stakeholders, as well as with OSTP, to develop their public access policies.
• Agencies should establish specific embargo periods between publication and public access.
• Policies should be guided by the need to foster interoperability.
• Every effort should be made to have the Version of Record as the version to which free access is provided.
• Government agencies should extend the reach of their public access policies through voluntary collaborations with non-governmental stakeholders.
• Policies should foster innovation in the research and educational use of scholarly publications.
• Government public access policies should address the need to resolve the challenges of long-term digital preservation.
• OSTP should establish a public access advisory committee to facilitate communication among government and nongovernment stakeholders.
• In issuing its report, the Roundtable urged all interested parties to move forward, beyond “the too-often acrimonious” past debate over access issues towards a collaborative framework wherein federal funding agencies can build “an interdependent system of scholarly publishing that expands public access and enhances the broad, intelligent use of the results of federally-funded research.”

The report, as well as a list of Roundtable members, member biographies, and the House Science and Technology Committee’s charge to the group, can be found here.

Dryad is an emerging digital repository for supplementary data underlying published works in ecology, evolution, and related fields being developed by a consortium of the National Evolutionary Synthesis Center (NESCent) in the US and relevant scientific societies and academic journals. Its goals are to:

• – preserve all the underlying data reported in a paper at the time of publication, when there is the greatest incentive and ability for authors to share their data. This is particularly important in the case of data for which a specialized repository does not exist.

• – lower the burden of data sharing by providing one-stop data-deposition via handshaking with specialized repositories.

• – assign globally unique identifiers to datasets, thus enabling data citations.

• - allow end-users to perform sophisticated searches over data (not only by publication, but also by taxon, geography, geological age, biological concept, etc).

• - allow journals and societies to pool their resources for one shared repository.

• - enable bidirectional search and retrieval with data repositories from related disciplines.

The strategic priorities for Dryad emerged from a May 2007 workshop on “Data Preservation, Sharing, and Discovery: Challenges for Small Science in the Digital Era“, at which a variety of stakeholder journals and societies were represented.

I am pleased to announce that Charles Beagrie Limited will be working with the Dryad project team to develop a business plan and sustainability for the Dryad repository. Neil Beagrie and Julia Chruszcz will lead the consultancy with research support from Peter Williams. Further information on Dryad, the partners and the latest developments can be found on the Dryad website.

I2S2 - The  Infrastructure for Integration in Structural Sciences (I2S2) Project  is funded under the Research Data Management Infrastructure strand of the JISC’s Managing Research Data Programme, with a duration of 18 months (Oct 2009 to March 2011). It will identify requirements for a data-driven research infrastructure in “Structural Science”, focussing on the domain of Chemistry, but with a view towards inter-disciplinary application.

Two research data management pilots  will examine the business processes of research, and highlight the benefits of an integrated approach. Both pilots will address traversing administrative boundaries between institutions to national facilities in addition to issues of scale (local laboratory to national facilities, DIAMOND synchrotron and ISIS respectively).

A key component of the infrastructure will be a harmonised Integrated Information Model to include all stages of the Data Life Cycle. A “before and after” cost-benefit analysis will be performed using the Keeping Research Data Safe (KRDS2) model, which will be extended to address specific requirements in I2S2. We are looking forward to working with UKOLN (University of Bath and DCC), The Universities of Southampton and Cambridge, and the Science and Technology Facilities Council (STFC) in the project.

Research Data Preservation and Access: The Views of Researchers present findings from a UKRDS survey of researchers’ views on and practices for preservation and dissemination of research data in four UK universities (Bristol, Leeds, Leicester, and Oxford) and place them in the wider UK and international context.

A preliminary report from the Survey was included in the UKRDS Interim Report . Elements of the Survey and its findings were also incorporated in the Final Report of the UKRDS Feasibility Study submitted to HEFCE . However space constraints precluded presentation of all the data and findings in full in these reports and they were mainly included in a separate unpublished appendix. This article therefore aims to publish more of this material and set it in its context  with updates from more recent published studies.

DuraSpace will continue to support its existing software platforms, DSpace and Fedora but in addition is planning a number of new developments. The first new technology to emerge will be a Web-based service named “DuraCloud” – a hosted service that takes advantage of the cost efficiencies of cloud storage and cloud computing, while adding value to help ensure longevity and re-use of digital content. The DuraSpace organisation is developing partnerships with commercial cloud providers who offer both storage and computing capabilities to deliver this service.

I agree wholeheartedly with Cliff Lynch Executive Director of the Coalition for Networked Information (CNI) who is quoted in the press release as follows:

“This is a great development. It will focus resources and talent in a way that should really accelerate progress in areas critical to the research, education, and cultural memory communities. The new emphasis on distributed reliable storage infrastructure services and their integration with repositories is particularly timely.”

For further information on DuraSpace see the new website and press release .

The mission of the Society will be to:

1. Define the work of biocurators for the scientific community and the public funding agencies;
2. Propose a discussion forum for interested biocurators, developers, scientists and students.
3. Organize a regular meeting where biocurators will be able to present their work and discuss their projects.
4. Lobby to obtain increased and stable funding for biocuration resources that are essential to research;
5. Build a relationship with publishers and establish a link between researchers and databases through journal publishers
6. Organize a regular workshop where new biocurators, or interested students can be trained in the use of the common tools needed for their work.
7. Provide documentation on the use of common database and bioinformatics tools.
8. Provide ‘Gold Standards’ for databases, such as the use of unique, traceable identifiers, use of shared tools, etc.;
9. Share documentation on standards and annotation procedures with the aim of developing Standard Operating Procedures (SOPs).
10. Foster connections with user communities to ensure that databases and accompanying tools meet specific user needs;
11. Maintain a biocurator job market forum.

The new Society will have its official launch at the 3rd International Biocuration Conference 16-19 April 2009 in Berlin.