Meeting the Requirements of Funders Around Open Science: Open Resources and Processes for Education Researchers

“Expectations by funders for transparent and reproducible methods are on the rise. This session will cover expectations for preregistration, data sharing, and open access results of three key funders of education research including the Institute of Education Sciences, the National Science Foundation, and Arnold Ventures. Presenters will cover practical resources for meeting these requirements such as the Registry for Efficacy and Effectiveness Studies (REES), the Open Science Framework (OSF), and EdArXiv.”

The Declaration to Improve Biomedical & Health Research

“3) That all publicly funded research is registered and published in designated Research Repositories The majority of research is funded by public and charitable funds. Yet, huge amounts of research is never published at all, which aside from being an indefensible waste of public money, is a major source of publication bias 3 . Meanwhile, basic research documentation which is essential to ensure appropriate research conduct, such as protocols, are only sometimes available, either on voluntary databases or upon agreement of study authors. The World Health Organization (WHO) has long urged registration of trials in affiliated ‘primary registries’, such as ClinicalTrials.gov 17 and the EU Clinical Trials Register 18 which can all be searched simultaneously a dedicated WHO website 19 . Mandatory registration of trials has improved transparency , although compliance with publication requirements is poor 20 , possibly hampered by problems with the basic functionality of some major registries 21 22 . Even where trials have been registered, usually only very limited information is shared, rather than the full protocols requir ed to really understand study plans. Most researchers don’t work in trials. Some principled scientists do register their work but while this remains voluntary such researc hers are likely to remain a minority . A ll publically funded research, not just trials, comprehensive documentation including protocols , statistical analysis plans, statistical analysis code and raw or appropriately de-identified summary data should be available on a single WHO affiliated repository, designated for that purpose by each state or groups of states . Depositing documentation need not become onerous for researchers and could actually replace much of the overly bureaucratic reporting currently required for funders and ethics committees. Different solutions may exist in different countries. For example, England’s Health Research Authority could develop such a registry 23 , by building on the its existing public databases 24 . Or, through additional national funding and international support existing platforms which promote transparency and accessibility 25 26 27 could be designated for this purpose through collaboration with national research bodies.”

Journal transparency index will be ‘alternative’ to impact scores | Times Higher Education (THE)

“A new ranking system for academic journals measuring their commitment to research transparency will be launched next month – providing what many believe will be a useful alternative to journal impact scores.

Under a new initiative from the Center for Open Science, based in Charlottesville, Virginia, more than 300 scholarly titles in psychology, education and biomedical science will be assessed on 10 measures related to transparency, with their overall result for each category published in a publicly available league table.

The centre aims to provide scores for about 1,000 journals within six to eight months of their site’s launch in early February….”

Breaking down publication to share the full story of your research

“Are traditional research articles still meeting researchers’ communication needs? Over the past decade, Open Science and the rise in digital publications together have facilitated a more agile ecosystem of research-sharing. For researchers, that means: faster pathways to sharing their discoveries; greater transparency of assessment which helps increase reliability and public trust; and more opportunities for collaborations that accelerate advancements in the field.

With increased options for sharing and evaluating science, we’re looking at ways to segment the research-sharing lifecycle to fit the research process. How do we share important, urgent discoveries earlier, without compromising quality? What other essential products of research can we be more transparent about?…”