At ScienceOpen, we are constantly evolving to meet the needs of the ever-changing scholarly communication ecosystem.
To keep you all up-to-date about the latest research advancements in the field, we’ve built an easily accessible and searchable scholarly communications knowledge base, which we call a super collection! This knowledge base covers different aspects of the field, such as:
A simple search for “scholarly communication” on our platform also reveals 150 Open Access papers on the topic!
Our recent partnership with IOS Press allows us to greatly expand this knowledge base. Their flagship Open Access journal, Information Services and Use, is now indexed on ScienceOpen. The journal covers a wide range of topics around scholarly publishing and open research, and facilitates discussion on the key aspects of the field. Articles cover a whole new set of issues about how to maximize the accessibility and potential of research data.
Below you can find a selection of some of the most exciting topics and articles.
Key infrastructure for a modern scholarly communication environment
The importance of being aware of these newly emerging directions and sustainable practices in scholarly communication is unquestionable. It gives you powerful tools for communicating your research more effectively and thus to boost your academic career and even your well-being in academia.
If you don’t want to miss a single article that might be of interest for you from this gigacorpus, we keep you up to date by constantly integrating newly published content. Follow the collection, or create saved searches to ma make this even easier!
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.
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!
ScienceOpen is pleased to announce a new hosting partnership with UCL Press, the first fully Open Access university press in the UK, based at University College London. With this, ScienceOpen extends its portfolio of dedicated features for publishers to enhance the visibility and context of their content by adding a suite of full-text hosting services.
All 8 scholarly journals published by UCL Press will be hosted on the ScienceOpen discovery platform and integrated into ScienceOpen’s research network. This will provide a dynamic, transparent and interactive Open Access channel that pushes the boundaries of how we create and communicate knowledge.
“ScienceOpen’s new hosting service is the logical extension of our commitment to putting research in context. With our advanced technology we can ensure that UCL Press articles are found by the right researchers and then give those readers the opportunity to interact with the content in a variety of ways. A range of aggregated journal- and article-level metrics then provide enriched usage statistics for the publisher to monitor impact,” said CEO of ScienceOpen, Dr. Stephanie Dawson.
Peer review at ScienceOpen is a little different to what you might be used to.
Does the fact that a paper has been published, and therefore peer reviewed, mean that it is flawless? Does it mean that the conversation around that research should stop? We do not think so. The only reason there would ever be no value in doing post-publication evaluation would be if all published work were completely infallible. Which is clearly not the case. This is, after all, why we continue to do research and build upon the work of those before us!
Therefore, we enable post-publication peer review across 34 million article records, as a form of final-version commenting. It can also be performed on preprints from the arXiv. These are essentially treated as open, pre-review manuscripts. Users can organise these into collections, and manage peer review entirely themselves as a community process.
We have now added a new feature that enables any of our users to invite another researcher to perform peer review on our platform. This is in the same way that an Editor does for a journal, as part of a fully transparent process – the theme for Peer Review Week this year! The difference to the traditional process of peer review is that this is more democratic as it is open to anyone.
All article pages now have an ‘Invite to Review’ button. Click it, and you have 2 options.
Search within the ScienceOpen userbase to see if the person you want to review already has a profile with us.
Add an email, or list of emails, of who you want to invite to review, if they don’t already have a ScienceOpen profile.
That’s it. It’s that easy. This combines the editorial management of peer review with open participation. We enable this to make sure that the process is fair, but efficient. This means that anyone within your research community can contribute to the research process, should they wish to.
Professor George Perry is the Dean of the College of Sciences at the University of Texas in San Antonio. He is recognised as a world expert in the field of Alzheimer’s disease. Today, we spoke with Prof. Perry about his research, including his new ScienceOpen collection.
Hi Prof. Perry! You are recognised as one of the 100 top scientists in Neuroscience and Behaviour, and have incredibly amassed more than 1300 research publications to date! What’s the secret to your success?
Persistence and focus on collecting and publishing highly useful data and insights.
Do you ever find it difficult maintaining your public profile with so many publications? How did you find the ORCID integration at ScienceOpen?
Maintaining numerous profiles as up-to-date requires constant monitoring. Linking datasets with ORCID does assist.
Your research focusses on the processes leading to neuronal damage. What have been your key discoveries to date?
Primarily, establishing oxidative stress in Alzheimer’s disease. Second, new insights regarding the cell biology of Alzheimer’s disease.
It is the alternative to the amyloid cascade, which dominates our field. The collection presents a biological view of Alzheimer’s disease.
What do you hope to achieve with your ScienceOpen collection? And how can we help you with this?
The collection provides a group of papers that illuminates an alternative to amyloid as the cause of Alzheimer’s disease. I use it when communicating with others about weakness and alternatives, and to demonstrate that the amyloid cascade has been questioned for over two decades.
Thank you for your time, Prof. Perry. It has been great to learn from your insight and experience!
Rapid innovation and evolution drives good science
At ScienceOpen, we are constantly evolving to match the needs and demands of the global research community. Already this week, we announced a new feature for users to directly import articles from PubMed, DOAJ, or Crossref, semantically integrate them into our network, and boost your open citation counts.
Now, ScienceOpen provides all users with is the ability to export article citation lists based on search criteria. This is a unique service we provide, and saves researchers the laborious and tedious task of individually assembling reference databases. Like all other services for researchers at ScienceOpen, this is, of course, free!
We now offer citation exports at two different levels:
1. Export individual articles
Found an article you like on ScienceOpen and want to export it to your reference manager? Easy! On each article page, across 33 million records, there is now an ‘Export citation’ button. You can download them in either BibTex, Endnote, or RIS format, making them compatible with almost any modern reference manager.
Missing an article or citation from ScienceOpen, or want to add more of your own publications? Users can now request articles to be integrated into our database via their dashboard. These can be your own articles, or someone else’s – the choice is yours!
All we need are either a list of:
Simply upload a file or copy and paste them in, click the button and away you go! We’ll send you a notification by email to let you know the status of each article. We’ll work our magic behind the scenes and integrate your selection as soon as is computationally possible.
Boost your citations
One of the great things about this new feature is that you can add a list of DOIs of articles that cite your own work. We provide a free and open citation network for each of our users, based on extracting citation data from peer reviewed publications. Thanks to initiatives like I4OC, it is becoming easier to provide enriched citation information like we do for researchers for free.
By adding research that cites your work, we provide an easy and great way to make sure that your citation profile is complete! This isn’t gaming the system, it’s simply making it comprehensive and open. That’s important. Put this in the context of our recently launched author-metrics, and you’re on to a winning academic profile!
For collection editors
If you have a collection at ScienceOpen, you can specify that these records be automatically integrated into them. You can add these in bulk, with 100 DOIs per request for now. Personalising your collections and making them complete has never been easier! If you want to set up your own collection and try out these features, contact us here!
Integration and validation
By using the new ‘claim authorship’ feature, your articles will be directly integrated with your ScienceOpen profile and ORCID. This provides crucial cross-validation of your research history, a unique feature of ScienceOpen. If you’re adding you own article records, these will be available in your ‘Claim your articles’ section of the Dashboard, where you can easily add them to your profile.
We recognise that no research database is complete, and ScienceOpen is no exception. We work closely with publishers, ORCID, and platforms like PubMed to integrate new content on a daily basis. But we can’t pick up everything, and that’s where you come in!
By adding personalised content, you help us to fill in the blank spots in our database. This helps to enrich our network by putting this content into our semantically linked network. We are currently only indexing research articles and not book chapters, proceedings or other content types.
So pop over to your dashboard, try it out, and let us know what you think!
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.
Recently, we announced new features enabling authors to add non-specialist summaries to their articles indexed on ScienceOpen. We believe that having authors add these to their articles helps to make them more accessible to a wider audience, increase their reach. It makes a clear statement that they care about the societal impact of their research.
Well, clearly you are all seeing the value in these features too! We’ve already had over 170 great authors writing non-specialist summaries since making the announcement. By integrating this into our research engine, we are seeing those articles gaining a huge boost in popularity! These authors have also added extra keywords and thumbnails to their articles to make them more visible and discoverable on ScienceOpen.
Making an impact in the open
We are extremely happy to see authors keen to make their work more accessible. The great thing about adding these summaries is that they are valuable whether or not the articles are published Open Access.
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
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.