At ScienceOpen, we’ve just upgraded our search and discovery platform to be faster, smarter, and more efficient. A new user interface and filtering capabilities provide a better discovery experience for users. ScienceOpen searches more than 27 million full text open access or article metadata records and puts them in context. We include peer-reviewed academic articles from all fields, including pre-prints that we draw from the arXiv and which are explicitly tagged as such.
The current scale of academic publishing around the world is enormous. According to a recent STM report, we currently publish around 2.5 million new peer reviewed articles every single year, and that’s just in English language journals.
The problem with this for researchers and more broadly is how to stay up to date with newly published research. And not just in our own fields, but in related fields too. Researchers are permanently inundated, and we need to find a way to sift the wheat from the chaff.
The solution is smart and enhanced search and discovery. Platforms like ResearchGate and Google Scholar (GS) have just a single layer of discovery, with additional functions such as sorting by date to help narrow things down a bit. GS is the de facto mode of discovery of primary research for most academics, but it also contains a whole slew of ‘grey literature’ (i.e., non-peer reviewed outputs), which often interferes with finding the best research.
As well as this, if you do a simple search with GS, say just for dinosaurs, you get 161,000 returned results. How on Earth are you supposed to find the most useful and most relevant research based on this if you want to move beyond Google’s page rank, especially if you’re entering this from outside the area of specialisation? Simply narrowing down by dates does very little to prevent being overwhelmed with an absolute deluge of maybe maybe-not relevant literature. We need to do better at research discovery.
Continue reading “ScienceOpen launches new search capabilities”
Open Access Week is the annual event to show our global support for all things open access! The theme this year is all about committing to putting open into action in order to take real steps towards open scholarship and supporting a stronger research framework.
SPARC have created an action portal of various activities you can undertake this week to help yourself and your colleagues support open access. These are:
- Make a list of open access journals in my discipline I would consider publishing in and share it with colleagues.
- Start a conversation about Open Access during a research group meeting, journal club, or staff meeting.
- Send at least one manuscript to an open-access journal within the next year.
- Deposit at least one of my articles into an open-access repository during Open Access Week and encourage colleagues to do the same.
- Use the SPARC author addendum on my next publication to reserve rights to make a copy of my work publicly accessible.
- Contribute to a conversation on campus about institutional support for Open Access.
- Sign the San Francisco Declaration on Research Assessment and commit to not using journal-based metrics in evaluation.
- Sign up for Impactstory to explore the online impact of your research and get an ORCID.
Thankfully, ScienceOpen is here to make these things even easier for you! Some related things you can do are:
- Use our discovery and filter tools to discover journals in your research field.
- Start a research collection for you and your colleagues.
- Peer review any of 26 million research articles, and receive credit for openly sharing your expertise.
- ScienceOpen is already linked with ImpactStory and ORCID, making cross-platform integration even easier!
At ScienceOpen, we offer next-generation indexing services to publishers. The purpose of this for publishers is to:
- Reach new audiences and maximize your readership
- Drive more usage to your journals
- Upload your content to a unique platform
- Open up the context of your content
Recently, we have partnered with River Publishers to highlight two of their Open Access journals.
Continue reading “New partnership with River Publishers”
This post announces a call for journals that are Open Access and also charge no APCs (article-processing charges) to apply for our next-generation abstracting and indexing services on ScienceOpen for free!
Free to publish Open Access journals offer an incredible service to the research community and broader public, with editors often working long hours with no compensation. We want to recognise this effort and reward it with free indexing on our platform!
More visibility for your journal
Journals indexed on ScienceOpen:
- Reach new audiences and maximize your readership
- Drive more usage to your journals
- Upload your content to a unique search/discovery and communication platform
- Open up the context of your content
What do we need from you?
An application form can be found here. Fill it out, and submit to our team. Simple!
On the last day of every month, we will select and announce the winners via social media, and begin the next cycle! Out of the applicants, we will select up to 10 journals per month for free indexing, and the best application will get a free featured journal collection too! All others will roll over into the next month.
Continue reading “Hassle-free indexing at ScienceOpen!”
Many of you are probably aware of this, but as well as our main aggregation/open peer review functions, we also totally publish! We’re an Open Access publisher, and employ innovative methods of peer review around this.
We just wanted to draw your attention to some great new research that we’ve recently had the pleasure of publishing!
Continue reading “Amazing new research at ScienceOpen!”
This is a guest post, translated from Spanish on Forbes Mexico, by Nina V. Tscheke
At ScienceOpen, we would like to extend our thanks and gratitude to Forbes Mexico for mentioning us in a really great post of theirs about how open data and sharing can accelerate the research process. The timing for this is perfect in due to the recent launch of SciELO on our platform. A special thank you to Alfredo Taborga for writing the piece, the original version of which can be found here.
Here is the full reproduced article, with permission:
Open data can change the way we do research, shorten the time needed to find cures to illnesses, and encourage the coexistence in a world with fewer walls and more freedom.
If those who read my articles are more or less my age, they should remember the acclaimed novel The Da Vinci Code. I remember how I devoured it. I couldn’t stop reading. I also remember friends of mine who took it as an accurate account of reality within which the church tries hard to obscure the great miracles of the world. It is not their fault; they simply fell victim to the positivistic education that is imparted in this country.
If the plot was written now, Brown would have a different ending and a radical change of story in it:
A murder in the Louvre and some clues in Da Vinci’s pictures lead to the discovery of a mystery that had been protected by a secret society for more than 2000 years. It is suspected that this discovery could bring down the pillars of Christianity. Robert Langdon tries to get into the Vatican Library to gain access to ancient manuscripts that would support his theory… Sophie Neveu, who would probably be part of the millennial generation, laughs, takes out her smartphone and types Vatican Library into Google. (The first line on the page reads “Digitalize to Disclose”.) Two pages open from the top section of the page (the Vatican people did a good job with the search engine marketing).
Dear reader, this is open data… The concept isn’t new, but its formal definition is. Although I have friends who would criticize me for using Wikipedia as a source, I will take the liberty of just doing that. Because the access to open and unrestricted information is paramount, especially to this entry of my blog.
Wikipedia defines open data as “any piece of information that is free to be used, reused and distributed, subject to the sole requirement of crediting the author”.
Open data can refer to maps, information about the genome, about science or biodiversity. This brings it into conflict with restrictions of patent rights, copyrights, licenses, etc.—whereas its greatest defenders assert that these very restrictions conflict with the common good.
Let’s move away from this discussion possible to become byzantine; it is true that open data could not better be represented than with the words by Luciano Ammenti, CIO of the Vatican Library, as ushered in an interview he gave my friend Leandro Africano for the Revista Pulso in Argentina: “The documents inside the Vatican Library are not the Vatican’s, but the people’s.”
He refers to texts of Christianity just as well as, among others, to incunabula by Homer, Sophocles, Dante, and the first edition of the bible. Anyone can now consult the more than 80,000 manuscripts and 8,900 documents, going way beyond the capacity of 200 persons that the baroque hall has. Visit @vaticanlibrary for more information, because surely the Vatican is totally “social media savvy”.
I would also like to share another project that is a GREAT example for open data: it is called ScienceOpen.com and was fathered by a great friend of mine who thinks that we all can do something to make this world a better place.
ScienceOpen is a huge data repository providing open access to scientific publications. It offers almost 13 million articles by more than 9 million authors, extensively classified and searchable by relevance and context.
In a world with global threats like the previous pandemics this is something that cannot be underrated. Science Open transforms into a potential to share global solutions to these problems.
The very World Health Organization links Science Open as a platform to share research about the Zika virus. You ask yourself who shares their information? Well, it comes from everyone: institutions, scientists, Nobel Prize winners; what’s more, while I am writing these lines, they are incorporating gigantic collections such as SciELO’s — a great example of scientific open data in Latin America.
“Information is power” is a phrase quite overused; however, if access to information can change the plot of a novel so radically, I absolutely think that this accessibility can change the way we do research, shorten the time needed to find cures to illnesses, and thus encouraging a coexistence in a world with fewer borders, fewer walls, fewer prejudices, and more freedom.
ScienceOpen and Altmetric are pleased to co-host a webinar at 4th July at 3:00 PM – 4:00 PM BST titled: “The future of altmetrics”. Register here.
Altmetrics are non-traditional metrics that can be used as alternative measures of scholarly impact. As an article-level metric, they contain information about how research is shared and re-used in a digital environment, such as mentions in tweets, blogs, or Wikipedia pages. They are becoming increasingly important for researchers as they offer a much richer understanding of how their research is being used by broader communities.
The European Commission Expert Group on Altmetrics has recently launched an open consultation entitled ‘Next-generation altmetrics: responsible metrics and evaluation for open science.’
For this one-hour long webinar, we have a fantastic panel of expert speakers for you!
- James Wilsdon of Sheffield University
- Stephanie Dawson, CEO of ScienceOpen
- Euan Adie, Founder of Altmetric
James Wilsdon is the Chair of the Expert Group leading the consultation, and Professor of Research Policy and Director of Impact and Engagement in the Faculty of Social Sciences at the University of Sheffield. Since 2013, he has been Chair of the UK’s Campaign for Social Science, and recently chaired an independent review of the role of metrics in the management of the UK’s research system, which published its final report The Metric Tide in July 2015.
From 2001-2012 Stephanie Dawson 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 took on the role of managing director for ScienceOpen GmbH in Berlin. She worked at the Fred Hutchinson Cancer Research Center in Seattle. and at Ralph Rupp at the Friedrich Miescher Laboratory, Tübingen, Germany, before changing fields and getting a PhD in German Literature from the University of Washington.
Euan Adie founded Altmetric in 2011 out of the growing altmetrics movement. Altmetric is a Digital Science company based in London specialising in tracking and analysing the online activity around scholarly research outputs for researchers, institutes and publishers. Euan had previously worked on Postgenomic.com, an open source scientific blog aggregator founded in 2006.
Our experts will cover the technical, political, and practical implications of altmetrics and the development of next-generation metrics.
Registration with valid email required to obtain webinar information. The webinar is free of charge and without restrictions.
We look forward to having you tune in!
For further information, please contact Jon.Tennant@scienceopen.com
The amount of published scientific research is simply enormous. Current estimates are over 70 million individual research articles, with around 2 million more being published every year. We are in the midst of an information revolution, with the World Wide Web offering rapid, structured and practical distribution of knowledge. But for researchers, this creates the monolith task of manually finding relevant content to fuel their work, and begs the question, are we doing the best we can to leverage this knowledge?
There are already several well-established searchable archives, scientific databases representing warehouses for all of our knowledge and data. The most well-known include the Web of Science, Scopus, PubMed, and Google Scholar, which together are the de facto mode for current methods of information retrieval. The first two of these are paid services, and attempts to replicate searches between all platforms produce inconsistent results (e.g., Bakkalbasi et al., Kulkarni et al.), raising questions about each of their methods of procurement. The search algorithms for each are also fairly opaque, and the relative reliability of each is quite uncertain. Each of them, though, have their own benefits and pitfalls, which are far better discussed elsewhere (e.g. Falagas et al.).
So where does this leave discoverability for researchers in a world that is becoming more and more ‘open’?
Continue reading “Moving beyond a journal-based filtering system”
Student evaluations in teaching form a core part of our education system. However, there is little evidence to demonstrate that they are effective, or even work as they’re supposed to. This is despite such rating systems being used, studied and debated for almost a century.
A new analysis published in ScienceOpen Research offers evidence against the reliability of student evaluations in teaching, particularly as a measure of teaching effectiveness and for tenure or promotion decisions. In addition, the new study identified a bias against female instructors.
The new study by Anne Boring, Kellie Ottoboni, and Philip Stark (ScienceOpen Board Member) has already been picked up by several major news outlets including Inside Higher Education and Pacific Standard. This gives it an altmetric score of 54 (at the time of writing), which is the highest for any ScienceOpen Research paper to date!
Continue reading “New ScienceOpen study on the effectiveness of student evaluations of teaching highlights gender bias against female instructors”
Hello there, and Happy New Year from the new Communications Director of ScienceOpen!
My name’s Jon, and I’m currently finishing up my PhD at Imperial College London, where I’m a palaeontologist! (think Ross from Friends..) This year, I’ve been fortunate enough to join the ScienceOpen team to help grow their communications and networking abilities, and continue to realise the benefits of their pretty cool open research networking platform.
Those of you who know me will be aware that open access and more broadly, open science and communications, is something that I’ve been quite active in over my short career as a researcher. Some of the more ‘open-related’ projects I’ve been involved with include the writing of the Open Research Glossary, as well as challenging the AAAS on non-optimal publishing practices. For those of you lucky enough not to have met me yet, I’m highly interested in a whole array of factors that influence scholarly communication, including:
- Publishing and disruptive technologies and innovation
- Access to raw data and reproducibility
- Community building and the power of social networks
- Social media for researchers
- Science communication, public engagement and outreach
- Academic assessment and altmetrics
I’ll be taking over the reins from Liz Allen, who will shortly announce her new non-profit role. Rest assured that she will continue to spread the word about the importance of open. On behalf of the ScienceOpen team, I’d like to take this opportunity to thank Liz for helping to establish our brand and offering her personal support as I get up to speed with the nuances of the job. Over the next few months (and onwards), I hope to help to raise awareness of what ScienceOpen does, and why it should be part of the essential toolkit for researchers, along with a host of other innovative applications that are bringing research into the digital age.
Why ScienceOpen? Well, apart from the obvious name, I support their ideals that science deserves to be open, transparent, and equal in every way. This essentially is the inverse of the traditional method of scholarly communication of publishing via journals, which are closed, opaque, and beset by inequalities on all fronts, the foremost being financial. ScienceOpen offers a valuable service that doesn’t replace traditional publishing, but compliments it through having a community aspect of driving open peer review, which is still the golden standard of acceptability for published research. Combine this with a hefty archive of both open and non-open research articles, and you have a valuable platform for developing research networks and building upon the published literature in an open, transparent, and community-driven way. For me, this is just one of the many ways in which the way we conduct research and disseminate those results is changing for the better, by harnessing the power of the Web and the opportunities it gives us for greater inter-operability throughout academia.
Alongside my activities here, I’ll be continuing my research and finishing the dreaded thesis, as well my science communication activities, in particular for the PLOS Paleo network which is great fun! So essentially combining my three favourite things: research, science communication, and open science policy and communications. Yay!
You can contact me on Twitter, or drop me an email if you wish. I look forward to working with ScienceOpen, and with them the global research community!