An EU-funded project is seeking to strengthen the links between scientific research and policy-making across Europe to create what its organisers describe as a more connected science‑for‑policy ecosystem, according to reporting by Research Professional News.
Project goal: reduce fragmentation
The project’s coordinator, Adam Brandstetter‑Kunc, told Research Professional News that the main obstacle is fragmentation — not only between different countries but also among individual organisations and academic fields. The initiative aims to address this fragmentation by improving coordination, information flows and mutual understanding between researchers and policy-makers.
“The biggest challenge is fragmentation,” the coordinator said, according to Research Professional News.
Research‑to‑policy links are the processes and institutions through which scientific evidence informs government decisions. These include formal advisory bodies, ad hoc expert groups, and informal channels of expert advice. When such channels are fragmented, policy-makers may find it harder to access relevant, timely and credible expertise.
Why connectivity matters
Effective science advice depends on several interacting factors:
- Timeliness: evidence must be available within policy windows.
- Relevance: research must address questions that policy-makers face.
- Trust and legitimacy: mechanisms must be perceived as independent and rigorous.
- Coordination: overlapping or duplicated advice across jurisdictions can confuse decision-makers.
The EU project, by design, targets the coordination dimension. Improving connectivity can help reduce duplication, harmonise standards for advice, and make it easier for governments to draw on consolidated scientific judgement during crises and for long‑term planning.
Practical approaches and expected outcomes
The public summary available through Research Professional News does not list specific partners, budgets or a project name, but identifies the overall intent: to create a more integrated ecosystem for science advice. Typical measures applied in similar initiatives include mapping existing advisory structures, developing shared platforms for evidence exchange, capacity building for both scientists and policy-makers, and piloting cross-border advisory mechanisms.
| Problem | Possible measures |
|---|---|
| Fragmented advisory bodies across countries and fields | Mapping of actors and shared information platforms |
| Inconsistent standards for evidence synthesis | Co‑developed guidelines and joint training |
| Limited cross‑border rapid response capacity | Networks for rapid expert mobilisation |
These kinds of interventions aim to make it easier for policy-makers to identify and use reliable scientific advice without being overwhelmed by disparate sources.
Context for South African and international readers
Although this project is EU‑funded and principally aimed at European institutions, its subject matter is relevant internationally. Governments worldwide wrestle with similar problems: translating complex science into actionable policy, coordinating across jurisdictions, and maintaining public trust in expert advice. Understanding efforts to knit together fragmented advisory systems in one jurisdiction can offer lessons for others, including South Africa, where science advisory arrangements likewise span government departments, statutory bodies and academic institutions.
Observers should note that the report in Research Professional News is a summary of the initiative and quotes the coordinator on the central challenge. Further details — such as the project’s name, participating organisations, timeframe and specific deliverables — were not provided in the publicly available summary cited.
Policymakers and scientists will watch this EU project to see whether improved connectivity delivers clearer, faster and more credible advice during policy crises and routine governance. If successful, the initiative could provide practical models for strengthening science‑policy interfaces beyond Europe.
