Open Science in FP6, FP7
and H2020
Alma Swan
SPARC Europe
Key Perspectives Ltd
Enabling Open Scholarship
Science, Innovation and Society: Achieving Responsible Research and Innovation
SIS-RRI Conference, Rome, 19-20 November 2014
Open Access
in FP6, FP7 and H2020
• Formal scholarly literature
– Journal articles
– Books and their parts
• Accompanying data
• Other peer reviewed research outputs
– Image, video and audio formats
– Software
• Non-peer reviewed outputs
FP6
• Report on economic and technical
evolution of scientific publication markets
in Europe (2006)
FP7
• Policy planning
• ERC guidelines (2007)
• Council Conclusions (2007)
• Pilot Open Access policy from 2008
Projects (completed)
• Supported by several research projects, including:
– SOAP
– PEER
– NECOBELAC
– MEDOANET
• And substantial infrastructure projects:
– DRIVER
– OpenAIRE
– DARIAH
– ELIXIR
Projects (underway)
• RECODE (data) – Open Data policy focus
• PASTEUR4OA – Open Access policy focus
• FOSTER (Open Science training programme)
Where we are
• Solid policy foundation on Open Access to
literature (H2020 outputs, ERC-funded
outputs)
• Policy ‘toe-in-the-water’ on Open Data
• Promising infrastructure foundation for both
Open Access and Open Data
But …
• No idea how effective these are so far, or will be
over the coming years (despite a stated OA target
for 2016)
• No monitoring procedures in place
• Little interest detected from Commission so far
• OpenAIRE remains a PROJECT
• Open Data as the primary output of research
remains unexplored
• Still floundering on meaningful metrics for
research impact: leadership needed
H2020: what is needed
• Commitment to permanent infrastructures to support:
– Open Access literature (OpenAIRE)
– Open Data (all disciplines)
• Deeper understanding of what is needed to support
transformation of the scientific research system to an Open
Data model
• Commitment to monitoring and enforcing existing and future
policy
• Leadership on changing the culture on research impact
measurement
• Leadership on joined-up policy/infrastructures
Thank you
almaswan3@gmail.com
www.sparceurope.org
www.openscholarship.org
www.keyperspectives.co.uk
Creative Commons License
This work is licensed under
Attribution 4.0 International License
http://creativecommons.org/licenses/by/4.0/

Open Science in FP6, FP7 and H2020, November 2014

  • 1.
    Open Science inFP6, FP7 and H2020 Alma Swan SPARC Europe Key Perspectives Ltd Enabling Open Scholarship Science, Innovation and Society: Achieving Responsible Research and Innovation SIS-RRI Conference, Rome, 19-20 November 2014
  • 2.
    Open Access in FP6,FP7 and H2020 • Formal scholarly literature – Journal articles – Books and their parts • Accompanying data • Other peer reviewed research outputs – Image, video and audio formats – Software • Non-peer reviewed outputs
  • 3.
    FP6 • Report oneconomic and technical evolution of scientific publication markets in Europe (2006)
  • 4.
    FP7 • Policy planning •ERC guidelines (2007) • Council Conclusions (2007) • Pilot Open Access policy from 2008
  • 5.
    Projects (completed) • Supportedby several research projects, including: – SOAP – PEER – NECOBELAC – MEDOANET • And substantial infrastructure projects: – DRIVER – OpenAIRE – DARIAH – ELIXIR
  • 6.
    Projects (underway) • RECODE(data) – Open Data policy focus • PASTEUR4OA – Open Access policy focus • FOSTER (Open Science training programme)
  • 7.
    Where we are •Solid policy foundation on Open Access to literature (H2020 outputs, ERC-funded outputs) • Policy ‘toe-in-the-water’ on Open Data • Promising infrastructure foundation for both Open Access and Open Data
  • 8.
    But … • Noidea how effective these are so far, or will be over the coming years (despite a stated OA target for 2016) • No monitoring procedures in place • Little interest detected from Commission so far • OpenAIRE remains a PROJECT • Open Data as the primary output of research remains unexplored • Still floundering on meaningful metrics for research impact: leadership needed
  • 9.
    H2020: what isneeded • Commitment to permanent infrastructures to support: – Open Access literature (OpenAIRE) – Open Data (all disciplines) • Deeper understanding of what is needed to support transformation of the scientific research system to an Open Data model • Commitment to monitoring and enforcing existing and future policy • Leadership on changing the culture on research impact measurement • Leadership on joined-up policy/infrastructures
  • 10.
  • 11.
    Creative Commons License Thiswork is licensed under Attribution 4.0 International License http://creativecommons.org/licenses/by/4.0/