Navigating Political Contexts
Navigating Political Contexts
Embedded Files
The challenge and opportunity:
The challenge and opportunity:
“Policymakers want quick wins, not complex solutions that take years to show results.”
“Policymakers want quick wins, not complex solutions that take years to show results.”
Political agendas often prioritize short-term gains or visible outcomes over the long-term, interconnected solutions that systems thinking emphasizes. This leads to instability of political priorities and resource allocation, where shifting agendas and management changes may either support or block systemic interventions.
Embedding systems thinking in education and policy, especially in areas like climate change, demonstrates the need for sustained commitment to address global initiatives such as the UN SDGs.
practical Strategies for Instructors
practical Strategies for Instructors
1. Highlight global initiatives
Frame chemistry and systems thinking within internationally recognized frameworks (e.g., SDGs, Paris Agreement, IPCC reports) to show alignment with broader policy priorities.
2. Promote long-term relevance
Use examples where scientific data/research and systems thinking has produced meaningful solutions beyond “quick wins,” emphasizing its role in sustainable outcomes.
3. Empower students as advocates
Encourage learners to connect chemistry to societal issues and see themselves as contributors to political and civic change.
4. Collaborate across disciplines
Partner with social sciences, policy studies, or environmental studies to design interdisciplinary modules that reflect the political dimensions of chemistry.
What Research says
What Research says
Lasker et al (2024)
Found that global initiatives such as the Intergovernmental Panel on Climate Change (IPCC), Paris Agreement, U.N. SDGs, and Action for Climate Empowerment (ACE) provide cohesive frameworks for integrating climate change and sustainability into education
Chemistry education linked to these frameworks supports climate empowerment, blending scientific concepts (e.g., states of matter, chemical processes) with societal and policy dimensions.
Lasker, G. A.; Flener Lovitt, C. From Science to Society: Humanizing Climate Change Education by Integrating the Social Sciences and Humanities, U.N. SDGs, and Systems Thinking in Chemistry Learning. J. Chem. Educ. 2024, 101 (11), 4765–4772. https://doi.org/10.1021/acs.jchemed.4c00460.
Stockholm Decleration on Chemistry for the Future (2025)
The Stockholm Declaration on Chemistry for the Future is a global call to action that challenges narrow, short-term political thinking and reinforces the need for chemistry education that is systems-oriented and globally relevant.
Broader research also highlights that lifelong education aligned with societal goals can promote well-being, innovation, and civic engagement, but only if supported by systemic, integrated policies informed by systems thinking.
The Stockholm Declaration on Chemistry for the Future, 2025. https://www.stockholm-declaration.org/ (accessed 2026-06-24).
Page updated
Google Sites
Report abuse