“A free preprint service for electrochemistry and solid state science and technology. Powered by OSF Preprints…”
“Voting Members of the National Information Standards Organization (NISO) have approved a new project to develop a common means to easily transfer manuscripts between and among manuscript systems, such as those in use at publishers and preprint servers. Those who work in manuscript-processing areas such as production systems, preprint servers, and authoring services are invited to actively engage in community development of a NISO Recommended Practice intended to alleviate pain points encountered by researchers as well as service providers operating in the scholarly ecosystem.”
“We are postdocs and a reader in the humanities and sciences at the University of Cambridge. We are concerned about the desperate need for publishing reform to increase transparency, reproducibility, timeliness, and academic rigour of the production and dissemination of scholarly outputs (see Young et al. 2016, Smaldino & McElreath 2016).
We have identified actions that institutions and managers can take to better support ECRs (below). These actions are crucial for our success because we are eager to publish openly and at places that keep profits inside academia in accordance with many modern online publication venues (Logan 2017). However, ECRs are often pressured into publishing against their ethicsthrough threats that we would not get a job/grant unless we publish in particular journals (Carter et al. 2014, Who is going to make change happen?, Kent 2016; usually these journals are older and more familiar, have a print version, a high impact factor, and are not 100% open access). These out of date practices and ideas hinder ECRs rather than help us: evidence shows that publishing open access results in increased citations, media attention, and job/funding opportunities (McKiernan et al. 2016). Open dissemination of all research outputs is also a fundamental principle on which ECRs rely to fight the ongoing reproducibility crisis in science and thus improve the quality of their research.
To support ECRs in this changing publishing landscape, we encourage funders, universities, departments, and politicians to take the following actions (below) and to announce these actions in public statements….”
“The “Preprint” allows researchers to openly share their results with peers at an early stage and still publish the final version in the peer-reviewed journal of their choice. From the start, ScienceOpen has supported preprints and their essential role in speeding up science by integrating arXiv preprints in the physical sciences on the platform. We now include over 1.4 million arXiv records on ScienceOpen. In our new release we have added even more preprints to the mix, with a focus on the biomedical sciences. Preprints in the biological and medical sciences were kickstarted by the founding of bioRxiv in 2013, and by the advocacy organization ASAPBio in 2015 and have taken off rapidly since then. Now on ScienceOpen we have added records for over 20,000 bioRxiv preprints to our discovery environment, together with the capacity to include records from other preprint servers such as PeerJ Preprints, Preprints.org and ChemRxiv. Up next are all the great preprint servers on OSF Preprints. We are working hard! Preprints have the advantage of being rapidly and freely accessible. However, they have not undergone a peer review process and must be read with a more critical eye. Preprints are, therefore, clearly flagged on ScienceOpen. During his physics PhD, ScienceOpen co-founder Alexander Grossmann and his colleagues went first to the arXiv for the newest results to build upon and shape their thinking. They knew it was unfiltered and not peer reviewed, but they were often already at the next step in their research by the time the final version was published. Many features on ScienceOpen were created with this kind of speed in mind. Preprints in context on ScienceOpen Search preprints on ScienceOpen To help the researcher find preprints within the context of the published literature, searches on ScienceOpen can be filtered to view only preprints or may exclude preprints to concentrate only on peer-reviewed literature. Current sources for preprint records are directly from arXiv or from Crossref. Further, ScienceOpen offers a full suite of tools to peer-review and curate preprints. Our peer review system was developed together with our extensive editorial board to ask broad but pertinent questions across all disciplines. Article reviews, after the model of book reviews, are published with the author’s ORCID and get a Crossref DOI to ensure discoverability. Found a preprint that you are interested in, but want an expert opinion? Invite a reviewer! On every article page researchers can either review an article themselves or invite an expert colleague to do so with the click of a button. ScienceOpen Collections also allow editors to add preprints to their collections to stay right at the cutting edge and open up a discussion. Preprints can be exchanged for the full publication at a later date. Preprint in a ScienceOpen Collection ScienceOpen Collections were conceived as topical selections of articles created by experts – by and for the researcher community with no costs involved. Adding preprints to the mix can increase the speed and lower the cost of the flow of information. Apply today! If a preprint is missing from our platform, you can easily add it by uploading the DOI via the “Request article” function on your user dashboard. As author you are also welcome to add a lay summary, thumbnail image, keywords and disciplines to increase the discoverability of your work within the ScienceOpen environment and beyond. At ScienceOpen we are committed to supporting the research community. For the past year we have had an increasing number of requests to add particular preprints from a range of services. We are happy that we could add this feature to our discovery environment. Your feedback is always welcome firstname.lastname@example.org!”
“Today we launched a reimplementation of our search system. As part of our broader strategy for arXiv-NG, we are incrementally decoupling components from the classic arXiv codebase, and replacing them with more modular services developed in Python. Our goal was to replace the aging Lucene search backend, achieve feature-parity with the classic search system, and give the search interface an opportunistic face-lift. While the frontend may not look terribly different from the old search interface, we hope that you’ll notice some improvements in functionality. The most important win for us in this milestone is that the new backend lays the groundwork for more dramatic improvements to search, our APIs, and other components targeted for reimplementation in arXiv-NG. Here’s a rundown of some of the things that changed, and where we plan to go from here….”