Berlin Science Week will take place between 1-10 November and ScienceOpen is preparing something special for the occasion!
Make sure to kick off the Week right by coming to our workshop on Friday, Nov. 1, 16:00-20:00 (save the date!). This year we are focusing on going beyond Google in your online search for verified scientific resources.
It’s time for beer… and science! Sounds unlikely? Not for Pint of Science, a non-profit organization that brings esteemed scientists to your local pub for a few days in May every year to discuss their research with you over a beer. No prior knowledge is required, and everyone is invited to participate. This your chance to meet the scientists who shape our world and future! ScienceOpen is especially proud to be a sponsor for this year’s Pint of Science in Berlin taking place May 20-22, 2019. Continue reading “Toast to knowledge and celebrate research discovery at Pint of Science Germany”
been committed to making science open from its onset. Some of our latest
projects in realizing this commitment have been launching the ‘UCL Open:
Environment‘ megajournal, contextualizing the new open access
journal ‘BMJ Open Science’ into the ScienceOpen
research discovery environment of 53 million article records, and offering some
ideas on how
you can contribute to open science in small but significant
In light of the 6thOpen Science Conference organized by the Leibniz Research Alliance Open Science in Berlin this week, we decided to give you an overview of some of the most relevant and diverse research content on open science curated in the form of researcher-led collections on ScienceOpen. Our research recommendations below discuss some of the most pertinent issues in open science, such as the FAIR data principles, reproducible research, metadata, and open access scholarship. Enjoy!
We made it! ScienceOpen reached a major milestone: 50 million article
records in 5 years of making science open! What’s more, this number is
increasing faster and faster as we index more articles. ScienceOpen’s
aggregation engine enables us to track citation genealogies and identify
similar publications from published articles, making it possible to
exponentially push the boundaries of our research discovery environment.
To mark our successful 5-year journey to 50 million records, ScienceOpen CEO Stephanie Dawson talks about the meaning of this milestone for ScienceOpen’s future and scholarly communication in general.
How will we report the results of scholarly research in the future? Probably not on paper. Digital, accessible, machine-readable, reproducible describe the foundations of open science. And, increasingly, the question for funders, publishers, and institutes is becoming: can we influence how research is done by changing the requirements and attributes of the research “paper”?
With the growing opportunities of the digital world, the demand for open access to research articles developed into an open science movement that strives for science to be done in an “open, and reproducible fashion where all components of research are open”. The process of making all aspects of science open, transparent, and interoperable is a huge endeavour and means different things for different communities. ScienceOpen’s commitment to open science has been clear from its foundation: we make science open. Our latest project in the realization of this goal has been integrating ‘BMJ Open Science’ as a new open access featured collection on our platform.
To ensure that there are no unnecessary delays in making research publicly accessible, Glossa articles are made available online as soon as they are ready. The journal provides immediate open access to its content on the principle that making research freely available to the public supports a greater global exchange of knowledge.
Researchers often pay substantial sums to make the results of their research freely accessible to all. But how to let potential readers know that it’s FREE? If no one reads your open access paper, it’s like buying someone a gift certificate that they never use. So, the community has agreed on this solution:
The open access symbol signals to readers that they can expect direct and unrestricted access to published scholarly works. Originally created by PLOS, it quickly gained broad usage on publisher webpages and other sites to identify open access articles. ScienceOpen displays this open access symbol on over 4 million articles.
So how does the open access symbol get there? When a publisher publishes an article, they deposit the article “metadata” – title, authors, abstract, journal, date, URL, etc. with the central DOI service Crossref. Part of the information that they can deposit is a machine-readable Creative Commons open access license. When ScienceOpen imports the metadata information about your publication, it will get an open access symbol if our computers find an open access license associated with it. If a publisher does not deposit license information, we assume that it is not open access. It’s that simple. Continue reading “I paid $$$ – Where is my open access symbol?”
Chinese researchers face tremendous hurdles in communicating their research results to the rest of the world – from language barriers to internet restrictions and the traditional western bias of the scientific literature.
Confronted with the danger of being left out of the global scholarly communications, Chinese editors often publish in partnerships with publishers outside of China. This often leaves them having to give up control over the content to their global partners. However, to increase the discoverability of Chinese research in wider scientific circles, journals based in China now have new options to reach out to international audiences.
Over their 15-year history in China, CompuScript/International Science Editing—a leading European provider of publishing services to the scientific community headquartered in Ireland—have built a strong local network to help overcome these challenges, providing editorial and technical support to Chinese researchers, editors, and institutions. To support Chinese researchers and publishers and contribute to the mission of global open science, CompuScript/International Science Editing in China and ScienceOpen have partnered up to develop new products tailored specifically for the Chinese market and to utilize the full set of tools ScienceOpen offers for greater discoverability of Chinese research. Continue reading “ScienceOpen Supports Chinese Journals for Globally Inclusive Open Science”
In recognition of World’s Oceans Day, ScienceOpen hosted a special article collection published by nonprofit Annual Reviews that address the topics of marine pollution, human impact and environmental stewardship, and marine species’ adaptation. The Oceans collection aims to raise awareness about the grave consequences of plastic debris in our oceans and the overall impact humans have on the marine environment.
Plastics contamination was first reported nearly 50 years ago, following the rise of commercial plastics production. According to ‘Plastics in the Marine Environment’ by Kara Laveder Law, global plastics production surpassed 300 million metric tons per year in 2014. Plastic debris has been detected worldwide in all major marine habitats. In her article, Law presents a framework to evaluate the current “understanding of the sources, distribution, fate, and impacts of marine plastics”. In a similar vein, ‘Plastic as a Persistent Marine Pollutant’ by Boris Worm et al. discusses how marine plastics work their way into the food web in the first place. This article further presents the complex toxicology of plastic particles on marine life and how plastic can transfer up the food chain. Worm et al. offer solutions to the current crisis by suggesting a Global Convention on Plastic Pollution as a collaboration between “governments, producers, scientists, and citizens”.
“Even though plastics are hard materials, at the microscopic level they absorb persistent organic compounds. Persistent organic pollutants like DDT, PCBs, flame retardants and fabric treatments have an affinity for plastic. Plastics act like sponges, soaking them up.” Continue reading “Oceans and Human Impact”