Applying Scientific Standards in Policy Implementation

When I first started meeting bureaucrats, policymakers, and politicians while working on air pollution and climate change, I assumed scientific research would naturally lead to better policies. But over time, I kept getting the same response—expressed in different ways. Here, I’m sharing some early experiences that shaped my understanding of this disconnect. 🔹 One of my first experiences was when a very senior officer invited us to discuss solutions. As scientists, we proposed a research-driven approach that would take two to three years. His response? "We have funding that must be spent within a year. We expected practical solutions from you. We can’t wait three years—I might even be transferred before then." 🔹 Another realization came when we proposed analyzing pollution sources. A senior officer responded, "We already know the sources—traffic, industry, construction, waste burning, road dust, cooking fuel, etc. Will your study show anything drastically different?" When we explained that our study would refine insights and reduce uncertainties, his response was: "We don’t care about these nuances right now. That detail matters later, once mitigation efforts are underway. Right now, we need feasible solutions that fit economic, demographic, and practical constraints." Another officer later remarked: "Scientists aren’t here to provide solutions. Their focus is securing funding, publishing papers, and showcasing work to funders." He even cited global reports that had never been downloaded. At that moment, I felt disappointed. But I also realized they weren’t entirely wrong—perhaps even more right than I was. Policymakers work within short funding cycles, shifting priorities, and limited tenures—typically three years for an officer, five for a politician. Their constraints are real, and their approach reflects these realities. 💡 This disconnect between science and policy is a major barrier in sustainability. Scientists seek accuracy, while policymakers need actionable, timely solutions. So, how do we bridge this gap? ✔ Policy-Research Intermediaries – Teams that translate scientific findings into actionable policies. ✔ Adaptive Research Timelines – Delivering short-term, high-impact solutions alongside long-term studies. ✔ Collaborative Working Groups – Scientists, policymakers, and stakeholders aligning research with real-world needs. ✔ Flexible Funding Models – Ensuring funding supports both immediate action and long-term research. 🚀 If we don’t bridge this gap, science remains detached from policy, and policy stays reactive instead of proactive. #AirPollution #ClimateAction #SciencePolicy #Sustainability #Collaboration #ResearchToAction

How can we successfully transform scientific research results into Government policy? This book chapter presents innovative processes that have been developed in University College Cork and used to bridge the interface between the research ecosystem and policy-making ecosystem. Available here https://lnkd.in/evFNv9Hu. While the insights can apply across many areas of policy, the specific example here focuses on how energy systems modelling has been used to inform energy and climate mitigation policies in Ireland. From our experience over a 15 year period, motivation is critically important in order to overcome the challenges and to take on the extra effort to move beyond the traditional research process towards any or all of: actively informing, influencing, underpinning and co-producing policy. Engagement is not about communicating research findings, but critically also about listening to the policy practitioners needs, and developing a clear understanding of the policy making process, which is significantly different from the research process. Building trust with policy practitioners can take a lot of time and effort, but is hugely important. This includes developing personal relations respecting their role, their position, and when conversations are confidential in nature (especially when this not explicitly stated). Based on this experience, coupled with the examples provided, our approach can be summarised in a seven step plan that other research teams may find useful, in particular those who wish to bridge between the research and policy eco-systems: 1. Undertake scientifically robust research, submit it for peer review, publish it in scientific journals and make methods and results openly and publicly available. 2. Frame research questions that respond to specific policy needs, and then submit the results and insights to policy practitioners to inform policy 3. Translate research results into policy insights—including through the use of ‘policy briefs’ 4. Improve communications of research findings through the development of infographics 5. Engage actively with policy practitioners and policy makers—this is critical to move beyond informing and towards influencing policy, mindful of the different roles and responsibilities of each. 6. Co-produce policy—challenging but can be very successful. 7. Build absorptive capacity in the policy system—the focus here is on equipping the policy makers to understand the strengths and limitations of the approaches used, and improved interpretation of the scenario results generated. Thanks to co-authors Paul Deane and Fionn Rogan, and to MaREI, Science Foundation Ireland, Environmental Protection Agency (EPA) Ireland, Sustainable Energy Authority of Ireland (SEAI), Minister Eamon Ryan, International Energy Agency (IEA), IEA-ETSAP | Energy Technology Systems Analysis Program

🔍 Bridging the Science–Policy Divide in Europe From June 2024 to Feb 2025, 15 EU & associated countries participated in a Mutual Learning Exercise to explore how science can better inform policymaking. The final report highlights key insights and 8 actionable recommendations for more effective Science-for-Policy (S4P) ecosystems. 📌 Key Takeaways: Move beyond linear knowledge transfer—embrace S4P 2.0: collaborative, trust-based, anticipatory, and inclusive. Recognize science as part of a dynamic learning ecosystem, not a one-way advice pipeline. Embed foresight and public engagement in policymaking. Realign incentives to value policy-relevant research. 🔧 Top Recommendations: 1. Govern S4P at the ecosystem level 2. Institutionalize collaboration & public engagement 3. Integrate foresight into policy processes 4. Reward policy engagement & redefine success metrics 5. Build S4P capacity across stakeholders 6. Increase transparency & trust 7. Ensure scientific integrity & quality control 8. Evaluate ecosystems—not just individual inputs #SciencePolicy #S4P #ResearchAndInnovation #EvidenceInformedPolicy #PublicEngagement #HorizonEurope #Foresight #TrustInScience #EUResearch

After a ++ two-year slog, we finally published this paper thanks to Diego Rose's leadership. The paper addresses the imperative and complexity of translating scientific evidence into actionable policies and practices at the climate-food-health nexus. Drawing on existing translational science models from public health, environmental health, and convergent food systems research, we distill 5 core principles for effective translation: 1) integration of transdisciplinary evidence across scales  2) early and sustained engagement with policymakers, practitioners, and affected communities 3) contextually nuanced application of evidence 4) systematic identification of tradeoffs, conflicts of interest, and unintended consequences and  5) strategic communication that bridges knowledge and action Check it out here: https://lnkd.in/dUqCtcQw patrick webb, Jennifer Otten, Wendi Gosliner, Selena Ahmed, Christina Roberto, Daniel Raiten

The InterAcademy Partnership has released its 2025 Highlights for Policymakers, a concise synthesis of how science academies worldwide are informing evidence-based decision-making on climate action, urban health, gender equity, and sustainable development. As a policy advisor, I find this report particularly valuable in bridging the science–policy interface. It demonstrates how coordinated academy efforts can translate scientific evidence into actionable policy insights across regions. Importantly, it reinforces the role of global science advisory mechanisms in supporting governments to respond to complex, interconnected challenges with credible, context-relevant knowledge. The report is a useful resource for policymakers, researchers, and institutions working to strengthen the use of science in decision-making.  #SciencePolicy, #EvidenceBasedPolicy, #ScienceDiplomacy, #GlobalScience, #SustainableDevelopment, #ClimateAction, #UrbanHealth, #GenderEquity, #ScienceAdvice, #PolicyAdvisory, #ResearchImpact, #AfricaScience Academy of Science of South Africa, ACADEMY OF MEDICAL SCIENCES OF NIGERIA, International Science Council, TWAS – The World Academy of Sciences, The Nigerian Academy of Science https://lnkd.in/eGgh7b7G