Rolf Dietrich Brecher, Speeding up, Flickr, CC-BY SA
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 They knew it was unfiltered and not peer reviewed, but they were often already at the next step in their research by the time the final version was published.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 feedback@scienceopen.com!
This Spring, we are organising a little competition for all you researchers! Review an article on ScienceOpen before the end of April, and we will enter you into a prize drawing for an Amazon Kindle Fire tablet.
Open Peer Review on ScienceOpen
ScienceOpen counts currently more than 40 million articles including 3.7 million open access articles as well as more than 1.4 million preprint articles. All these articles are open on ScienceOpen to a fully transparent review process: open identities, open reports, and open interaction on the platform (see our precedent blogpost here).
At ScienceOpen, we believe that “Open Science” is not just about sharing research data. For us, “Open Science” aims to make research and underlying data accessible in order toinform andallow researchers communities to take part in discussions regarding their field, increasingoverall participation and relevant inclusion of different perspectives.
Open peer reviews are also crucial in this current context of rapid development of open science and digital scientific communication. If the openness of scientific contents is a first victory for the advancement of research and innovation, open peer review still needs to be embodied in this practice to establish its full credibility and full benefit. (Picture: CC0 1.0)
What does reviewing on ScienceOpen bring concretely to reviewers?
→ Reviews are published under Creative Commons Attribution License CC-BY (4.0) and will receive a Digital Object Identifier (DOI) from Crossref. This makes them fully equivalent to any Open Access publication, and they can be cited or integrated further into platforms like Publons, Impactstory, or ORCID.
→ As open access publications indexed on ScienceOpen, reviews are public and can be found easily on the platform using the filter “Content type”: “Review”. For a more precise search, this filter can be used for example in combination with the title of an article.
→ Reviewing articles on ScienceOpen is a great way to show the reviewer’s involvement in his/her research field and his/her appreciation for researchers who have dedicated their time to providing a research resource to their community.
Ready, set, go!
The only requirement to write a review on ScienceOpen is to be registered with ORCID (already done with a ScienceOpen profile) and have at least five publications assigned to the ORCID account (with which you reach ScienceOpen–Expert status). If you do not meet these requirements but would still like to review a paper, contact us.
The International Women’s day was created in 1910 and it is still celebrated today to remind us that women and men still don’t have the same rights: lower salary with equal skills, lower access to education… and the recent events regarding sexual harassment remind us more than ever that violence against women is one of the most widespread violation of human rights on the planet.
Regarding women in Science, the day for International Women and Girls in Science was only created three years ago and was celebrated on the 11th of February. According to the United Nations, women are still underrepresented in the various fields of science: “A significant gender gap has persisted throughout the years at all levels of science, technology, engineering and mathematics (STEM) disciplines all over the world.”
Let us remember that between 1901 and 2017 only 49 women got a Nobel Prize, of which 4 are in physics (<2%), 2 are in chemistry (<4%), and 12 are in medicine (~11%).
“In fact, according to a study conducted in 14 countries, the probability for female students of graduating with a Bachelor’s degree, Master’s degree and Doctor’s degree in science-related field are 18%, 8% and 2% respectively, while the percentages of male students are 37%, 18% and 6%.”UN
As a woman and an ex-researcher myself, my feeling regarding this day is divided between the strong need to highlight and recognise globally the unacceptable inequalities and unfairness between men and women—and the fear to be reduced only to my gender.
For me “being a woman” and particularly “being a woman in science” can’t be used as a criterion of competence in the same way that “being a man” or “being a man in science” can’t be used as one either. I would even say that I find it as contemptuous to be excluded because I am a woman as to get privileges only for this reason, too.
I think it is important that this day stays a way to discover and recognise the ability of women in different fields in regard to their creativity, intellectuality and their others various qualities in the same way as for men.
Women’s collections on ScienceOpen
For ScienceOpen, this day can be used as another day to promote collections and make research known. So, let’s introduce scientific women who are involved in various research fields—not only since today but for years!—and who created 25 researcher collections on ScienceOpen to share with you these years of research:
You can also consult the new collection: Women in Science, created recently on ScienceOpen by Annual Reviews as a tribute for scientific women: This collection was created to “recognize some of the experts that have contributed to Annual Reviews’ journals.”
Women working at ScienceOpen
I cannot finish this post without introducing myself and some of my colleagues at ScienceOpen. I am Sarah Rioton and I am French. I started to work as Research Communities Manager at ScienceOpen in January. Before, I did chemical engineering studies at CPELyon and then a PhD in Organic Chemistry at the Université Pierre et Marie Curie in Paris. After my studies, I decided to leave France to settle down in Germany. My experience in research made me conscious of the value of communicating scientific knowledge, and I found a good opportunity to do that with ScienceOpen! I think that the respect of rights equality is a daily duty and I don’t want to be defined as a “woman in science” but as a researcher as I was, or as a manager in research communication as I am.
Let’s introduce now Stephanie Dawson who is the chief executive officer at ScienceOpen, and my colleague Nina Tscheke who handles customer integration and sales support. We work every day to make the research more visible and accessible to everyone with ScienceOpen:
CEO Stephanie Dawson grew up in northern California and studied Biology at Yale University. She then worked at the labs of Susan Parkhurst at the Fred Hutchinson Cancer Research Center in Seattle WA and Ralph Rupp, at the MPG Friedrich Miescher Laboratory, Tübingen, Germany before changing fields and getting a PhD in German Literature from the University of Washington under Jane Brown. From 2001-2012 she worked in various positions at the academic Publisher De Gruyter in Berlin in the fields of biology and chemistry in both journals and book publishing. In 2013 she joined the ScienceOpen management team.
Nina Tscheke provides Customer Integration and Sales Support. After having dwelt in the sphere of literary and cultural studies, with special attention to critical race theory, gender, and minority studies and having helped introduce several generations of students at the JLU into the very field it was now time for her to move on and beyond the academical field. She was delighted to have found a new place/opportunity with ScienceOpen where she can further help in accumulating and disseminating the global knowledge while at the same time providing access and a networking platform for all.
Choosing a journal to publish your research is not easy. Among thousands of journals you must decide which one will get the best visibility for your work. ScienceOpen can’t answer that question for you, but we can make it easier with a “Submit a manuscript” button.
Growth in scholarly journals. Source: University of Pittsburgh Library
It requires time and real investigative work to understand the character of a journal and its editors, its selection and validation process, reputation, audience/specialization, distribution modality, rights management, publication costs… and this knowledge is never definitive because journals’ rules regularly change.
With a whole suite of filters and sorting possibilities, the ScienceOpen discovery platform can help you to drill down into a journal’s content and gain insight about how connected a journal is – Do they share references? More links back to your paper means more potential readers. Do they deposit rich metadata with affiliations, abstract, license information and more with Crossref? If your paper is open access, you want computers to know! Do they use social media and other tools to promote individual articles? Altmetrics are becoming increasingly important. ScienceOpen can give you a different perspective on how publishers will treat your article. Now, found one you like? Submit with one click.
Submit a Manuscript: new on ScienceOpen
Featured journals on ScienceOpen, here Future Science OA, open up their content for effective search and discovery within a “Collection” framework on our platform. The Featured collection also highlights the way journal content is being used by interactive features on the site – added to researcher-led Collections, peer reviewed, recommended, shared and more. Our goal is to help the researcher asses the content and the context of a journal to see how their work might fit it. You would like to see your manuscript in this same context? Then click “Submit”! The new “Submit a manuscript” will take you straight to the journal’s submission page. Editorial decisions are all carried out by the journal.
Journal overview at your fingertips on ScienceOpen
Further information about a journal is available directly on ScienceOpen through the Featured collections, for example the UCLPress journal Architecture MPS. The Collection details page provides space for the owner to describe the journal: its identity, webpage, editors, editorial board, aims and scope, submission guidelines, publication costs and audience. This quick overview can be helpful in making an informed decision about your next publication.
The Statistics of a journal on ScienceOpen can also be checked (number of articles added over time, number of views over time, number of shares…). It’s a great tool to get an overview of the activity of a journal, and it also allows comparison with the activity of journals in the same field on ScienceOpen. Moreover, Following a Featured collection will provide you with an update whenever new content is added.
ScienceOpen uses the context of a body of scholarly articles to make information more accessible and interactive. This new “Submit a manuscript” feature paired with the intuitive interface of ScienceOpen and insights provided by our data can save time for researchers in making an informed decision about where to publish their next paper.
As a publisher or journal editor contact Stephanie Dawson or Stuart Cooper to start your Featured journal collection today.
Welcome to 2018! In December we highlighted our topical Collections on ScienceOpen and asked you to review any paper in a collection to enter a drawing for an Amazon Kindle Fire tablet. Today we would like to thank everyone who shared their expertise on ScienceOpen over the last year and are happy to announce the winner: Agustín Estrada Peña of the University of Zaragoza, Spain.
Street Artist SAM3 Image via http://photovide.com/street-art-murals-world/
Agustín is editor of the collection Ticks and Tick-Borne Pathogens, a comprehensive overview with over 11,000 articles covering the whole spectrum from biology and habitats to molecular mechanisms of disease and epidemiology. The ScienceOpen collection format allows researchers to search within these papers with a wide range of filters and quickly change the top view with sort by date, citations, Altmetric Score, usage and more to drill down and find interesting new work.
The ScienceOpen discovery and collaboration environment offers state-of-the-art technological infrastructure allowing publishers to create an entirely new kind of showcase for their journals. Our Featured Collections help users to drill down and explore content with over 20 filters and sorting options, combining depth and precision to make discovery more efficient.
Featured Collections deliver great benefits to publishers in terms of content visibility and discoverability. We are therefore happy to announce that we have now hit the 100 Featured Collections milestone!
Top partners
Some of our top publishing partners helping to reach this goal include:
Ever wanted to know what the temperature in the depths of the ocean is? Why and how has our climate changed through time? What are the thermal boundaries of life? To what extent earthquakes are predictable?
These are some of the intriguing and fundamental questions helping to shape our knowledge and depict the future of our planet. These are the questions that the International Ocean Discovery Program (IODP) is finding answers for. Recently, the IODP integrated all of its published research into the ScienceOpen network, increasing its availability and accessibility. All published content is Open Access for all ScienceOpen users to enjoy!
IODP is an international marine research collaboration that explores Earth’s history and dynamics. They use ocean-going research platforms to recover data recorded in seafloor sediments and rocks and to explore sub-seafloor environments. Scientists from 24 countries embark on IODP research expeditions conducted throughout the world’s oceans.
Here are some of the top features of the IODP research program:
Open data for global research
In addition to informing decision makers about some of the most challenging environmental issues our society is facing today, IODP also places special emphasis on keeping the wider public informed about their latest scientific discoveries. All IODP publications are therefore openly accessible for everyone, not just the global scientific community. Samples and data collected during drilling expeditions are available to scientists and teachers in 5 core repositories around the world, while scientific and technical accomplishments are reported in the Open Access publication series Proceedings of the Ocean Drilling Program.
Research from the IODP is centred around 4 main topics.
1.Climate & ocean change
Samples from the core of the ocean floor give insight into what the climate was like in deep time. The ocean floor is therefore especially invaluable for the study of Earth’s climate history. Some selected research articles in this field include:
Studying the process of serpentinisation (chemical modification of basaltic lavas through interaction with seawater) yields insights on the origins as well as thermal limits of life on Earth, and the boundaries of life in the most extreme circumstances: at the bottom of the deep oceanic biosphere.
Diving into this line of ocean research, we can learn more about whether and how life thrives in lower-energy environments like off the Shimokita Peninsula, Japan, at a water depth of 1180 meters, or inside a rocky crust under the colder North Pond, along the Mid-Atlantic Ridge.
3. Earth system connections
Investigations on the formation of volcanic rift margins and oceanic plateaus can teach us about the often explosive dynamics of Earth’s outer crust, and the evolution of Earth’s surface. Expeditions shed light on:
The effects of tectonic activity on evolution of the Gibraltar Gateway and margin sedimentation and its influence on global circulation and climate.
4. Earth in motion
Recognising the causes and modelling circumstances of earthquakes and landslides is critical in assessing potential future hazards, and in saving human lives in risk-prone areas. Research here aims to identify subduction zones and the geological properties of the surrounding sediments, and how these influence the occurrence of earthquakes and what we can do to mitigate their effects. The Costa Rica Seismogenesis Project, the Japan Trench Fast Drilling Project or Lesser Antilles Volcanism and Landslides project are among the multidisciplinary mega-endeavours aiming to accomplish this mission and to find clues for the causes of large earthquakes.
Whether you are interested in an expedition, site, region or scientific goal, our numerous semantic search filters and multiple sorting options allow you to drill deep down into the IODP collection and find exactly what you are looking for. Give it a go!
In the last few months at ScienceOpen, we have rolled out an incredible number of new features for our users. Now, we feel it is time to take stock, and reflect on how you are all using them to help enhance your research. We want to recognise some of the valuable work from the global research community in helping to make science more open!
There are now 177 excellent research collections published on ScienceOpen, each with our pretty slick new collection statistics. With this, we want to highlight just a few of the latest collections that have really caught our eye. Here, the collection editors have each done exceptional work in curating and promoting research to create a valuable resource for their communities.
Take a dive into one of the latest collections all about the world of sponges!
For researchers, scientific integrity and communication have never been more important. This collection contains some excellent articles on statistics and data visualisation and data and code sharing.
Part of the new SAXS collection series, this automatically updates with the most recent publications in the field. A fantastic educational resource for Chemistry students.
In the current ecosystem of scholarly communication, effective infrastructures for the responsible and open dissemination of intellectual output are an inevitability, especially for research institutions.
Forschungszentrum Jülich GmbH is one of the biggest research institutes in Europe with about 5,900 employees and publishes its own open access journals.
At ScienceOpen, we are always looking for ways to help maximize the visibility of institutional research output. Today, we are happy to announce that the two Forschungszentrum Jülich open access journals, Journal of large-scale research facilities and Collective Dynamics, are now indexed on ScienceOpen. Here we have compiled a brief description of both journals.
Instruments with DOIs: Journal of large-scale research facilities
The Journal of large-scale research facilities allows large-scale equipment to be cited properly by assigning DOIs to the articles describing them. It covers large-scale equipment from all scientific disciplines and is also mostly intended for use by scientists not affiliated to the institution operating the facilities (dedicated user operation). Furthermore, it provides operators of large-scale research facilities with the opportunity to describe their equipment. In order to keep the focus on the facilities themselves, all articles are published in the name of the operating institution (corporate author). There are now descriptions of more than 120 large-scale facilities from the Helmholtz Association, the large scientific organization of which Forschungszentrum Jülich GmbH is a member.
Among the facilities covered by the journal are:
MARIA, the magnetic reflectometer with high incident angle
MEPHISTO, a facility for particle physics with cold neutrons
TOFTOF, the cold neutron time-of-flight spectrometer
GALAXI, the gallium anode low-angle x-ray instrument
BALU, the largest autoclave research facility in the world
Dr. Wolfgang Häußler shows RESEDA on a lab course at Jülich Centre for Neutron Science (source).
Make them citable
Assigning DOIs (digital object identifiers) to research facilities and integrating them into the common system of linking scholarly references makes them:
Easier to find, cite, link, and identify.
Easier to track their usage and trace research networks to the facility it is used by.
Easier to track their evaluations and assess their impact.
Additional benefits include:
Users of the facilities can cite the equipment unambiguously in their publications with the aid of the article.
An additional benefit for users is that they do not need to repeat the description of the instrument in each of their papers.
Research on the crossroads and beyond: Collective Dynamics
The peer-reviewed open access journal Collective Dynamics publishes the latest innovations in the fields of pedestrian dynamics, crowds, vehicular traffic, and other systems of self-driven particles, such as molecular motors, animal groups, or agents. Articles are written in a way that makes them accessible to a wide range of scientific disciplines.
How energy consumption of both conventional and electrical vehicles can decrease considerably in oversaturated city traffic implementing synchronized flow patterns rather than moving queues at traffic signals.
We are in the midst of a global information and knowledge crisis. Access to scientific research has never been more important to provide the basis for debates on critical issues such as climate change, global health, and renewable energies.
At ScienceOpen, we want to play our part here. We have built an automatically updating research collection on climate change for anyone and everyone. It has almost 7,500 research articles, each of which are Open Access. This means they are freely available for anyone to read, re-use, and share without restriction!
Collection statistics – growing every day!
The collection already has 80,000 views, demonstrating the power of our collections features, and joins more than 150 others so far on ScienceOpen!
