Today, we’re pleased to announce a new partnership with the Open Access publisher PeerJ! We are all very excited to have PeerJ joining us as one of the leading and most innovative open access publishers, and we are happy to see them continuing to help push the curve for scholarly communication.
You can read the press release here and access all the new content here.
Jason Hoyt, co-founder and CEO of PeerJ said “Computer Science has traditionally been published in conference proceedings, so an Open Access journal is a relatively new scholarly channel, but one that we believe the community is ready to embrace. To get there though, Open Access needs more visibility and that’s why we’re thrilled to be working with ScienceOpen.”
Recently we made the announcement that we were partnering with Brill, a major publisher in the Humanities and Social Sciences for more than 300 years, and who publishes more than 250 journals and 1000 books and reference works each year.
The journals now indexed on our site, and some of the selected articles are:
Indo-European Linguistics, a fully open access journal devoted to the study of the ancient and medieval Indo-European languages:
A month ago, we launched a new competition for ‘platinum open access’ journals – those which are fully open access and do not charge an APC (article-processing charge). We called this ‘hassle free indexing’, because that is precisely what we’re offering!
The response from the open publishing community was fantastic, and today we’re pleased to announce the winners of the first round!
The following journals will all become part of our next-generation indexing and discovery platform:
On top of this, two of the journals will receive a free promotional collection with us! These are Magnificat Cultura i Literatura Medievals, representing the humanities and social sciences (HSS), and Matters, Matters Select representing the Science, Technology, Engineering, and Medicine (STEM) fields.
For Peer Review Week 2016, we set a simple competition for you all, to publicly peer review one of 25 million research articles on our platform. This fitted perfectly with the theme this year of ‘Recognising Review’, as every single peer review conducted with us is published openly and creditable through the application of a CC BY license, which enables the unrestricted sharing and re-use of the reviews providing that attribution is given.
We’re happy to announce that Lauren Collister was the winner this year, and a t-shirt is on your way!
Full steam ahead with our incredible Open Science Stars! We hope you’ve been enjoying it so far, and today we’re bringing you Dasapta Erwin Irawan, a a researcher based in Indonesia at the interface between Engineering, Hydrogeology and Geoscience, and an avid open science supporter. Enjoy his story!
When did you first hear about ‘open science’? What was your first reaction, do you remember? It’s kind of funny, I heard it first from you :). (Ed: *sniff*) It was one of your blog post in 2012 Relocation, and a chance to try some open science-ing that gave me ideas of sharing my results as fast as I can and as wide as I can. I had finished my PhD when I first read it and your posts on EGU blog. There I noticed your hash tags ‘#OpenPhD` then followed it. I wasn’t serious in using my Twitter handle for academic purposes back then. My first reaction was, to make all my published papers available online, posted them all on my ResearchGate account and my blog.
You have a very strong commitment to open science. What is it that drives this for you?
My strong commitment has been built by seeing so many other doing the same thing. In Indonesia, where not many universities have subscription to major journals, open science could be the answer of what we’ve been looking for. Everybody here keeps saying to submit papers to major paywalled journals, as they have good reputation and indexed by WoS or Scopus, while it should not be that way. What we need in Indonesia is to keep writing, write more in English and find a way to make it easier to be found and accessible by others, as if it was indexed by WoS and Scopus. And I see by using the latest free and open source services, we can do that.
In Indonesia, where not many universities have subscription to major journals, open science could be the answer of what we’ve been looking for
Part of my job at ScienceOpen is, and this might come as a surprise, advocating Open Science practices. It’s very easy to get bored of my own voice and ideas though, and I love hearing the perspectives and experiences of others. By listening to others about their Open Science adventures, and taking on board what they have to say and learning from them, we become stronger ourselves and as part of a community, and understand how to put things into practice more easily. This is why the Open Science Stars series exists, and why it’s so important! The next interview in the series is with Xuan Yu, and is our first with an Earth scientist, which is very exciting! Enjoy!
Hi Xuan! When did you first hear about ‘open science’? What was your first reaction, do you remember?
When I joined the OntoSoft committee meeting in March, 2015, I was introduced the concept of ‘open science’. I was not convinced by the concept, because there are usually many individual preference-based methods involved in most of geoscience projects.
It seems like much of the global push for open science comes from the Life Sciences. How are things in the Earth Sciences in terms of awareness and solutions?
Earth Sciences are slowing moving towards transparent, reproducible, and open culture. Many funding agencies and publishers have made actions to promote open science.
Can you tell us about some of the strategies you’ve developed for sharing data and software in geoscience? What drives your commitment to this?
I would like to recommend the strategy of transparent publication in geoscience. Sharing data and software with journal articles will draw wide attention and be practical. Because: 1) background information about the data and software has been explained in the article, which increases data transparency, 2) a scientific story in the article will lead readers to the data and software, which promotes the utility of the data. Specifically, there are four key steps in transparent publication of geoscience: persistent, linked, user-friendly, and sustainable (PLUS).
To honor and celebrate peer review, a group of organizations is working collaboratively to plan a week of activities and events. The group is delighted to announce that the second annual Peer Review Week will run from September 19- 25, 2016.
This year’s theme is Recognition for Review, exploring all aspects of how those participating in review activity – in publishing, grant review, conference submissions, promotion and tenure, and more – should be recognized for their contribution.
NOTE: OpenAIRE would like to know what you think about open peer review! Have your say here until 7th October!
Tl;dr – “Post-publication peer review” (PPPR) has gained a lot of traction in recent years. As with much of peer review’s confusing lexicon, however, this term is ambiguous. This ambiguity stems from confusion over what constitutes “publication” in the digital age. PPPR conflates two distinct phenomena, which we would do better to treat separately, namely “open pre-review manuscripts” and “open final-version commenting”.
What is “post-publication peer review”?
Peer review can have two senses, one specific and the other more general. “Peer Review” (henceforth PR) is a well-defined publishing practice for the quality assurance of research articles and other academic outputs. It is intimately tied to the publication process. It traditionally begins when an editor sends a manuscript to reviewers and ends when the editor accepts a manuscript for publication. But “peer review” (lower-case, henceforth “pr”) is just the critique and appraisal of ideas, theories, and findings by those with particular insight into a topic. Such feedback happens all the time. It happens before manuscripts are submitted: in colleagues’ initial reactions (positive or negative) to a new idea, feedback gained from conferences, lectures, seminars and late-night bull sessions, or private comments on late-stage first-draft manuscripts from trusted peers. And it continues after the article’s appearance in a journal, via a multitude of channels through which readers can give feedback, including comment sections on journal websites, dedicated channels for post-publication commentary, blogs and social media, and of course in future research that cites and comments back on the findings.
Hi Matt! Thanks for joining us. Could you tell us a bit about your background?
No problem, happy to be here! And by here I mean ‘at my laptop 2 months after you sent me these questions, and several more weeks before it’s published’…
I’m not sure what to tell you about my background really (your next question deals with the ‘scientist’ bit) so I guess I could fill you in on the non-science part of my backstory. I’m British and in my mid 30’s and I currently work at Cranfield University – which is pretty much slap bang in the dead centre of England. My first degree is in BioChemistry, after which I spent 6 years toiling away in industrial medical device research. I then rejoined academia to do a PhD and have stayed ever since.
When did you first realise you wanted to be scientist? What was it that turned you?
I don’t think there was a time when I didn’t want to be a scientist. At various points in my life I’ve wanted to be various kinds of scientist – at one point even a pathologist. Both my parents were pharmacists so I was raised in a pretty pro-science house and it just appealed to me really. Although I did question it once when my science teacher wrote in final report (before moving to a bigger school) “Matthew should consider any career except science”. Since finding this out a few years ago, I have strongly resisted the urge to mail him 1,000 copies of my PhD thesis.