EU rules and legislations influence and affect open science at EU and national levels.
Research and internal market are “shared competences” of the European Union. Within these two fields, the European Union is able to determine a common Open Science framework, and to influence national policies as well.
“Shared competences” means that “the EU and EU countries are able to legislate and adopt legally binding acts. EU countries exercise their own competence where the EU does not exercise, or has decided not to exercise, its own competence.” (Eur-Lex “Division of competences within the European Union“).
Here we try to structure EU policies according two lines: EU own funded research projects and EU’s Digital Single Market initiatives (which have a different impact on Member states depending on how binding and directly applicable they are).
OPEN SCIENCE POLICIES IN EU RESEARCH:
For its own (EU funded) research projects, the European Union has its own policy framework focussed on open access to publications and to research data.
A chronology of the milestones shows the range of EU’s own open access and open science policies, ranging from studies and reports to recommendations and sets of rules. One of the first official EU open access policies as a binding set of rules for researchers were the ERC Scientific Council Guidelines for Open Access (2007) and the Open Access pilot in the seventh Framework Programme.
OPEN SCIENCE POLICIES WITHIN THE DIGITAL SINGLE MARKET (DSM)
The DSM was one of the seven flagship initiatives of the Europe 2020 strategy, “A Digital Agenda for Europe“ (2010). It was launched in 2015 as a top priority of the Juncker Commission through the Communication of the Commission “A Digital Single Market Strategy for Europe” (COM (2015) 192). The DSM is about allowing the free movement of data within the EU. It concerns mainly telecoms regulation, copyright, and data protection legislation. Till 2019, about 30 legislative initiatives were presented within the frame of the Digital Single market. Which ones affect Open Science?
- Open Data and Public Sector Information Directive (Directive (EU) 2019/1024): Member States have to implement the directive into their national laws by 16 July 2021:
The directive provides a common legal framework for public sector information and for publicly funded research data.
SPARC Europe, a non-profit organisation advocating open science, considers having successfully promoted open science during the negotiations in order to include the principles „open by default“, „FAIR“ (Findable, Accessible, Interoperable, Re-usable) and “as open as possible, and as closed as necessary. (SPARC annual report 2019). Even if the concrete results will depend on the national transpositions of the directive, the text sets obligations to follow open science rules as far as publicly funded research data is concerned:
Accordingly, article 10 states that “Member States shall support the availability of research data by adopting national policies and relevant actions aiming at making publicly funded research data openly available (‘open access policies’), following the principle of ‘open by default’ and compatible with the FAIR principles. In that context, concerns relating to intellectual property rights, personal data protection and confidentiality, security and legitimate commercial interests, shall be taken into account in accordance with the principle of ‘as open as possible, as closed as necessary’. Those open access policies shall be addressed to research performing organisations and research funding organisations.“
- The “Recommendation on access to and preservation of scientific information” from 2012 (2012/417/EU) had to be revised in 2018 in alignment with the Open Data and Public Sector Information Directive (see above) and in order to prepare the next Research Framework Programme (Horizon Europe):
The new recommendation C(2018)2375 adopted on April 25th 2018 “reflects developments in areas such as research data management (including the concept of FAIR data, Text and Data Mining (TDM) and technical standards that enable re-use incentive schemes. It reflects ongoing developments at the EU level of the European Open Science Cloud, and it more accurately takes into account the increased capacity of data analytics of today and its role in research. It also clarifies the issue of reward systems for researchers to share data and commit to other open science practices on the one hand, and skills and competences of researchers and staff from research institutions on the other”. (https://ec.europa.eu/info/news/new-commission-guidance-supports-eu-member-states-transition-open-science-2018-apr-25_en)
- Copyright Directive (Directive (EU) 2019/790), Member States have to implement the directive into their national laws by June 2021:
According to SPARC Europe’s analysis, the new legislation will also have a big impact on research conditions. Fortunately, academic and scientific publications are excluded from the scope of the strongly criticised article 11 – now 15 (providing an exclusive right for press publishers when their press publications are shared online) and article 13 – now 17 (new licensing rules that render online content-sharing service providers responsible to monitor content uploaded by users on possible copyright infringement). However, the directive is known for having added hurdles in access and sharing of publications online (particularly through article 11/15 and 13/17) which will also affect researchers.
- General Data Protection Regulation (GDPR), immediately effective in May 2018 for all Member States:
The GDPR harmonizes privacy legislation across the EU member states. The GDPR does not concern all scientific disciplines as it is only relevant when scientists process personal data for research purposes. The regulation creates new obligations for researchers who must put in place appropriate safeguards.
However, according to Gabe Maldoff’s article „How GDPR changes the rules for research”, the GDPR cannot be seen as a barrier to research; on the contrary it has a very broad definition of research and encourages innovation.
The GDPR creates numerous exemptions for researchers to process and store sensitive data, transfer personal data to third countries, or data processing without a subject’s consent.
As far as open data is concerned, the GDPR clarifies that, if measures are taken to de-identify personal data (making it impossible to connect personal data to an identifiable person), researchers are allowed to publish data sets. The current debate concerns the interpretation of GDPR standards and subsequent techniques for de-identifying data (anonymization and pseudonymization).
https://zenodo.org/record/3379705#.Xk1N1GhKiUk (SPARC Europe and DCC Report „An Analysis of Open Science Policies in Europe v4“, August 2019)
image: Guillaume Périgois on Unsplash