We recognise that some times it’s not clear exactly what you’re supposed to do when joining a new research platform. What are the important features, what’s everybody else doing, how do I make my profile as strong as possible? Well, hopefully this will make it easier for you. If you’re still wondering ‘What’s that ScienceOpen thing all about?’, hopefully this will add a bit of clarity too!
Here are the main things you need to know about ScienceOpen:
Get an ORCID account
More than 3 million researchers already have an ORCID account, which acts as both a unique identifier and an integrated profile for them. Registration for it takes 30 seconds, and is now a core part of scholarly infrastructure, with many journals requiring an ORCID profile prior to article submission. Make sure it’s well-populated with all of your published papers, (drawn automatically from Web of Science, Scopus, or CrossRef). Easy!
At ScienceOpen, we have been pushing for greater transparency in peer review since our inception. We inject transparency at multiple levels, by identifying referees, publishing reports, providing formal recognition for contributions, and encouraging open interaction on our platform (more details here).
This is why we’re extremely stoked to see the theme for this year’s Peer Review Week to be all around the theme of transparency!
In 2017, we are helping to organise a session at the Peer Review Congress to help showcase what peer review should look like when it works. We look forward to working with the other partner organisations and the global scholarly community in helping to make peer review a fairer, more transparent process.
A core concept for our evolving understanding of open research and scholarship is that of equity and fairness within the global research community. At ScienceOpen, this is something we strongly believe in, and work together with a range of publishers and researchers to play our part in making this a reality for research.
As part of our mission, we therefore try to break down barriers in research, and prefer to build bridges over walls. Here are just some examples of how we do this, and in doing so contribute to building a platform that acts as a social community space for all researchers.
One of the main features of ScienceOpen is that we are a research aggregator. We don’t select what we index based on discipline, publisher, or geography, as that just creates another silo. Enough of those exist already. What we need, and what we do, is to bring together research articles from across publishers and other platforms and into one space, where it is all treated in exactly the same way.
When you have articles displayed in this way, factors such as journal brands and impact factors play less importance than the actual content itself. Users can make their own choices about what to read, review, share, and re-use based on their own expertise and evaluation, or the social context provided by our other users.
Last year, SciELO integrated more than 500,000 Open Access articles with us from across Latin America, for the first time putting all of this research on the same level as that from research contained within PubMed Central. There is no reason why there should be geographical segregation of research across platforms. We believe that all research deserves to be read and re-used by anyone, irrespective of where that research was conducted and who published it.
Open Access isn’t just about access to knowledge, but also principles of equality, and to achieve that we have to recognize the value of research from around the world.
This collection is focused on the wide field of research on ticks and tick-transmitted pathogens. It aims to include papers on a wide variety of disciplines related to ticks and the pathogens they transmit, focused (but not limited) to morphology and systematics of ticks, ecology, reports of pathogens in both ticks and their hosts. A secondary aim is to provide global view of the effects of climate and land use changes on the pattern of distribution of these arthropods.
Can you tell us why you tell us about your research interests in ticks and tick-borne diseases?
I am Agustín Estrada-Peña. I have several titles behind my name, but they do not have importance in this context. Let’s just say that I am Professor of Zoonoses and Parasitology in the University of Zaragoza (Spain). My work is focused on ticks and tick-transmitted organisms. I did work on systematics, physiology, life cycles, and the probable impact of environmental change on the pathogens they can transmit. I have been enrolled with FAO, WHO, and recently with the European Center for Disease Control in different aspects regarding human and animal health and ticks. My current interest is on the way the ecological relationships between ticks, microorganisms and vertebrates emerged and evolved. I am working on new ways to explore these relationships and on the molecular aspects behind them.
This week, on Saturday, April 22nd (Earth Day) the global science-interested community is uniting to march for science across the world. Many of our members will be joining the March for Science in Washington DC and other cities around the world.
The March for Science is about the role that science plays in our everyday lives, but also about political activism for researchers, celebrating the diversity of research cultures, and making sure that policy developments are grounded in strong evidence.
ScienceOpen will be part of the global march, and in five different locations! A more informed dialogue between scientists and citizens requires openness, transparency, and access to information – one of the key mission statements of ScienceOpen, and the reason we will be out marching in force.
CEO Stephanie Dawson will be marching in Berlin, Germany, with other members of our team there. Find her on Twitter and join them here!
Prof. Alexander Grossman, co-founder of ScienceOpen, will be taking to the streets in Leipzig, Germany. Get in touch here.
Tibor Tscheke, the other co-founder of ScienceOpen, will also be marching in Boston, USA! Contact him here.
How can something exclusive, secretive, and irreproducible be considered to be objective? How can something exclusive, secretive, and irreproducible be considered as a ‘gold standard’ of any sort?
Traditional, closed peer review has these traits, but yet for some reason held in esteem as the most rigorous and objective standard of research and knowledge generation that we have. Peer review fails peer review, and its own test of integrity and validation, and is one of the greatest ironies of the academic world.
What we need is a new standard of peer review that is suitable for a Web-based world of scholarly communication. This is to help accommodate the increasingly rapid communication of research and new sources of information, and bring peer review out of the dark (literally) ages and into one which makes sense in a world of fast, open, digital knowledge dissemination.
What should a standard for peer review look like in 2017?
The big test for peer review, and any future version of it, is how does the scientific community apply its stamp of approval?
At ScienceOpen, we have over 28 million article records all available for public, post-publication peer review (PPPR), 3 million of which are full-text Open Access. This functionality is a response to increasing calls for continuous moderation of the published research literature, a consistent questioning of the functionality of the traditional peer review model (some examples in this post), and an increasing recognition that scientific discourse does not stop at the point of publication for any research article.
In spite of this increasing demand, the uptake of PPPR across different platforms seems to be relatively low overall. So what are some of the main reasons why researchers might feel less motivated to do PPPR, and is there anything we can do to increase its usage and adoption as part of a more open research culture?
What even is ‘post-publication’ peer review?
There is a general mentality among researchers that once research has been published, it has already ‘passed’ peer review, so why should it need to be peer reviewed again?
ScienceOpen currently indexes more than 28 million article records, 3 million of which are Open Access, and is rapidly accruing new content from a range of publishers across the STEM and HSS fields.
These new filtering functions will assist researchers in identifying relevant Open Access content more easily, and in exploring the output of particular institutes and universities. Publishers will also be able to easily document the impact of their Open Access content.
CEO of ScienceOpen, Dr. Stephanie Dawson, said “Our pace of innovation makes ScienceOpen one of the most interesting and fast-moving players in the market. We are delighted to continue to add new features to the search and discovery interface. We work very closely with the research community and publishers to provide the services that they need.”
Additional new features being released also include being able to sort content by the affiliation of an author at the time of publication, as well as the date articles were indexed at ScienceOpen. This means that ScienceOpen is rapidly becoming the smartest and most precise way to discover relevant research.
A filter for Open Access articles on ScienceOpen has been in constant demand from researchers. Co-founder of ScienceOpen, Prof. Alexander Grossmann, said “In a scholarly publishing environment where Open Access is becoming more common, we have to find ways to maximize its potential. Being able to more easily discover Open Access content will greatly enhance the research process for users across the globe.”
Authors are undoubtedly the best positioned to promote their own research. They know it inside out, they know people who might be most interested in it, and they know the places to maximise the potential audience. But still, with an increasing number of publications every year, it is important that researchers know how to promote their research to maximum effect, whether it is Open Access or not.
Here are our top ten suggestions to help increase your reach and impact! Most of these fall under two categories: Networking and maintaining your digital identity, and sharing your research to enhance its impact. Both are important in a modern scholarly environment, and can help to give you that competitive edge while making sure your’re maximising the potential of your research.