[From Google’s English] “UKB , the consortium of thirteen university libraries and the National Library, the objectives of The Hague Declaration endorsed by signing the joint declaration. All signatories state that there are no copyright restrictions are scientific results and research data. Everyone should be able to freely analyze facts and data.Licensing and copyright rules may not raise barriers before. The knowledge economy has an interest in global open access or open science. According to the statement must be contained in the European copyright rules that authors the right to (re) use of data and texts not lose by signing a contract with a publisher …”
” Demand for a service to help institutions capture their research outputs remains unabated, and any drive to help automate it will need to break challenging new ground. Jisc Publications Router is now set for a new phase of development as it seeks to do just that. It aims to become a permanent service in 2016, expanding at an accelerated pace the range of content it can deliver … It’s difficult for institutions to identify accepted research articles by their academics, according to a recent report to Jisc, as they seek to make progress in implementing the open access policy for the next REF. Jisc Publications Router is a system that gathers information about journal articles from content providers such as publishers. By looking at the affiliations of the co-authors, it then sends a notification to the relevant institution(s). This could be at or near the point of acceptance, for example, or final publication. It could consist of metadata only, or it could include full-text files as well, depending on what the content provider can send. The institutions can then capture this information onto their systems, including their open repositories. In some cases, the metadata will include details of an embargo period the repository should respect before it makes the full text freely available. The initial Router project, funded by Jisc and operated by EDINA (University of Edinburgh) aimed to demonstrate a prototype system. That has been a success: the system has delivered real articles to real institutions in ways that they have used and found helpful, saving them time and effort …”
“To advance the University of Iowa’s longstanding commitments to open inquiry, the free exchange of ideas, and public access to scholarly works, the staff of the University of Iowa Libraries have adopted an open access policy that will make their publications freely available and ensure their long-term preservation and findability. This policy complements the Libraries’ support of open access to freely accessible scholarship, advances the diverse roles staff play as producers and preservers of scholarly and professional literature, and reflects the values of the University of Iowa Libraries’ mission statement. All University of Iowa Libraries staff members grant the University of Iowa the right to archive and make publicly accessible the full texts of their professional publications. These include traditional productions such as journal articles and book chapters and extends to documents in other formats, such as conference presentation slides and audio and video recordings of public talks. This agreement provides the University of Iowa the non-exclusive, worldwide, irrevocable, royalty-free license to preserve and redistribute the work. Staff members will submit electronic versions of their works to the University of Iowa’s institutional repository, Iowa Research Online (IRO), within thirty days of each work’s publication, presentation, or transmission, respecting publishers’ requests for embargoes. Ideally the submitted version will be the publisher’s final version or the author’s final accepted manuscript. On a case-by-case basis, including cases in which a publisher refuses to accommodate the terms of this policy, staff members may opt-out of this agreement by sending a message to the Chair of the Scholarly Publishing Team (see membership at https://sharepoint.uiowa.edu/sites/libraries/sc/scc/default.aspx). The Scholarly Publishing Team will be responsible for interpreting the policy, resolving related problems, and revising it as necessary. The Scholarly Publishing Team will review this policy one year after its adoption and report its findings to the University Librarian.”
“The reproducibility problem in science is a familiar issue, not only within the scientific community, but with the general public as well. Recent developments in social psychology (such as fraudulent research by D. Stapel) and cell biology (the Amgen Inc. and Bayer AG reports on how rarely they could reproduce published results) have become widely known. Nearly every field is affected, from clinical trials and neuroimaging, to economics and computer science. Obvious solutions include more research on statistical and behavioral fixes for irreproducibility, activism for policy changes, and demanding more pre-registration and data sharing from grantees. Two Perspectives in this issue (pp. 1420and 1422) describe how journals and academic institutions can foster a culture of reproducibility. Transparency is central to improving reproducibility, but it is expensive and time-consuming. What can be done to alleviate those obstacles? Most scientists aspire to greater transparency, but if being transparent taps into scarce grant money and requires extra work, it is unlikely that scientists will be able to live up to their own cherished values. Thus, one of the most effective ways to promote high-quality science is to create free open-source tools that give scientists easier and cheaper ways to incorporate transparency into their daily workflow: from open lab notebooks, to software that tracks every version of a data set, to dynamic document generation. Moreover, scientists who use open-source software are not locked into proprietary software platforms with unclear monetization plans. If philanthropy or government funds new tools that the open-source community can iterate and improve on, the per-dollar return on investment can far exceed the costs. Infrastructural tools are now available, or in development, that should help to catalyze a change in scientific transparency. One example is the Open Science Framework (OSF), a free and open-source software platform for managing scientific workflow (supported by the Laura and John Arnold Foundation in partnership with the Center for Open Science). Among its many features, this platform can enable scientists to easily track the history of all versions of every document or data set and the exact contributions made by each team member. All project materials can be given persistent identifiers, and the tracking of provenance allows any subsequent research project to give proper credit to the original. Projects using this platform include the Shared Access Research Ecosystem project of the Association of Research Libraries and its partners …”
A slide presentation by Simon Inger from May 2015.