Dual Carbon Education: A Global Perspective on Cultivating Climate Literacy for a Sustainable Future
Introduction
The pursuit of carbon peaking and carbon neutrality—collectively known as the "dual carbon" goals—represents one of the most transformative challenges in human history. While technological innovation, policy frameworks, and market mechanisms are essential drivers of this transition, the cultural and educational dimensions are equally critical. Education is the foundation upon which sustainable societies are built. As the international community grapples with the urgency of climate action, "dual carbon education" has emerged as a vital global movement—one that seeks to equip learners of all ages with the knowledge, skills, values, and agency to participate meaningfully in the transition to a low-carbon future.
The Global Imperative: Why Education Matters
The scientific mandate for climate action is unequivocal. The Intergovernmental Panel on Climate Change (IPCC) reports that global average temperatures have risen by approximately 1.1°C since the Industrial Revolution, and without aggressive action, warming could reach 2.1°C to 3.5°C by the end of this century -4. These changes pose irreversible threats to ecosystems, economies, and human well-being.
The United Nations has recognized education as a critical strategy for climate action, embedding climate change education within Sustainable Development Goal 13 ("Climate Action") -2-3. UNESCO, the UN's lead agency for education, has been actively promoting climate education through its networks in education, science, culture, communication, and information, aiming to empower youth with the capacity to address climate challenges -3.
Yet the global educational response remains alarmingly inadequate. A UNESCO study of over 530 Grade 9 science and social science curricula from 85 countries found that 69% contained no references to climate change, while 66% had no references to sustainability -5-6-7. Furthermore, while 69% of surveyed teachers reported that climate and sustainability topics were included in their school curricula, only 50% actually included them in their teaching -5. This gap between policy and practice reveals a profound missed opportunity.
Defining Dual Carbon Education
Dual carbon education extends beyond traditional climate science instruction. Drawing on the framework of climate literacy and carbon literacy, it aims to establish a common baseline understanding of greenhouse gas emissions, carbon footprints, and high-impact climate solutions -2. As researchers emphasize, simply teaching the molecular properties of carbon dioxide "without enabling significant action by the learner is an abdication of responsibility by the education community" -2. Effective dual carbon education must bridge knowledge and action, fostering not only cognitive understanding but also social-emotional engagement and practical competence.
UNESCO's research reinforces this multi-dimensional approach: while climate change and sustainability topics are increasingly present in curricula worldwide, the "depth of focus varies widely," with cognitive learning prevailing over social, emotional, or action-oriented learning -5-6. This imbalance must be redressed if education is to catalyze genuine behavioral and societal transformation.
Regional Approaches: A Comparative Overview
Europe: Policy-Driven Systemic Change
Europe has been at the forefront of integrating climate education into formal systems. The United Kingdom has demonstrated leadership through legislative action. The Climate Change Act of 2008 established legally binding carbon reduction targets -4. In 2022, the Department for Education released the Sustainability and Climate Change Strategy, introducing three core initiatives: a Virtual National Education Nature Park, a Climate Leaders Award, and a sustainability leadership program -4. These initiatives cover climate change education, green skills development, educational digital transformation, and international cooperation.
France has integrated environmental and sustainable development education into secondary school curricula, requiring each school to develop specific action plans and establishing student "environmental representatives." The government plans to mandate climate change coursework as a compulsory component of higher education by 2025 -4.
Sweden has leveraged higher education to drive climate action. The Royal Institute of Technology (KTH) has developed a Climate Neutrality Plan for 2045, integrating education, research, and emissions management to provide systematic solutions toward net-zero goals -4. Lund University has invested 100 million Swedish kronor in cross-faculty climate and sustainability research to enhance academic impact -4.
Poland has established an inter-university climate academy, led by AGH University of Science and Technology in Krakow, in partnership with the Warsaw School of Economics and the University of Wrocław, offering professional training that balances climate knowledge with practical skills -4.
North America: Diversity and Innovation
The United States exhibits highly diverse approaches shaped by state-level autonomy. While Florida has restricted climate-related content in textbooks, Illinois has mandated climate change education as a required high school course -4. This patchwork reflects both the opportunities and challenges of decentralized education governance.
At the higher education level, the University of California has pioneered a multicampus undergraduate course, "Bending the Curve: Climate Change Solutions," framed around ten scalable solutions for carbon neutrality -11. The course employs a "flipped" classroom model, featuring video lectures from UC system experts on topics spanning climate science, societal transformation, technology, ecosystem management, governance, economics, and communication -11. Course designer Professor Veerabhadran Ramanathan emphasized that "there is no single technology that will solve climate change"—students must understand both the scientific and human dimensions of the problem -11.
Canada has adopted an inclusive approach by integrating Indigenous knowledge with modern climate science through climate leadership programs that develop culturally responsive climate education models -4. Lakehead University has promoted a national digital learning program combining online courses, roundtable discussions, and grant mechanisms to encourage teaching innovation -4.
Asia-Pacific: China's Dual Carbon Education Ecosystem
China's commitment to carbon peaking by 2030 and carbon neutrality by 2060 has catalyzed a comprehensive educational response aligned with the national "dual carbon" strategy. UNESCO Beijing has launched the "Carbon Neutrality: Sustainable Development Innovation Action" project (2022-2025), supported by the China Youth Development Foundation and the Mercedes-Benz Star Fund, focusing on youth climate action, forest protection, and biodiversity conservation -3.
Chinese higher education institutions have been particularly active. Southwestern University of Finance and Economics (SWUFE) established a Carbon Data Development and Energy Security Research Team in 2016, launching the Energy Economy and Environmental Policy Research Institute in 2018 -1. The team has developed an integrated undergraduate-graduate-doctoral talent development mechanism, maintaining collaborations with leading international experts and encouraging student participation in global competitions -1.
The university's students achieved second place in the second ISETS-ESCAP Global Youth Voice Competition held at the UN ESCAP headquarters in Bangkok, competing against 105 teams from five continents -1. SWUFE has also completed a 1km×1km global database of carbon dioxide emissions, energy consumption, and GDP, alongside a 500m×500m vegetation carbon sequestration dataset, contributing to both domestic and international carbon neutrality research -1.
China's National Smart Education Platform offers a comprehensive course titled "Carbon Neutrality: Why and How the World is Addressing Climate Change," covering global transition pathways, climate facts and impacts, emission reduction technologies, environmental co-benefits, health effects, economics, carbon market policies, and global governance -9. This course exemplifies the interdisciplinary approach essential for dual carbon education.
Lower-Income Countries: Building Capacity Through International Partnerships
The Global Partnership for Education (GPE) is working with Save the Children, UNESCO, and UNESCO-IIEP to enhance countries' capacities to mainstream climate change adaptation and environmental sustainability into education sector plans -8. Through its Climate Smart Education Systems Initiative, GPE is providing targeted technical assistance to 35 of the most climate-vulnerable countries, strengthening evidence-based planning, cross-ministerial coordination, and climate finance access -8.
The BRACE initiative (Building the Climate Resilience of Children and Communities through the Education Sector), launched at COP28 in November 2023, represents the first collaboration between the world's two largest funds for climate and education—the Green Climate Fund and GPE—to build safer and greener schools, embed climate change in curricula, and ensure early warning systems reach schools during climate shocks -8. Starting in Cambodia, South Sudan, and Tonga, BRACE aims to develop a viable pipeline for future climate finance investments in education -8.
Challenges and the Path Forward
Despite encouraging progress, dual carbon education faces persistent challenges that must be addressed through coordinated international action.
First, curriculum fragmentation remains a significant obstacle. In the U.S., policy disparities between states create uneven educational access -4. In the UK, curricular progress varies across England, Scotland, and Wales, with many students gaining climate knowledge primarily through social media—increasing the risk of misinformation -4.
Second, teacher capacity gaps limit implementation. Many educators lack the expertise, resources, and confidence to teach climate topics effectively. Surveys indicate that a significant proportion of teachers feel climate change education falls outside their professional expertise -4. Addressing this requires sustained investment in pre-service and in-service teacher training.
Third, resource and funding constraints impede progress. In the UK, only 47% of parents believe universities are actively engaged in climate research, reflecting public skepticism about institutional commitment -4. In the U.S., even schools with updated policies face shortages of teaching materials and funding -4.
Fourth, political interference in some regions has hindered curriculum design, with governments restricting or mandating specific content for ideological reasons -4. This undermines the scientific integrity and effectiveness of climate education.
Fifth, "eco-anxiety" —a sense of hopelessness and distress among students exposed to climate crisis narratives—represents a growing concern that educators must address through balanced, solution-oriented pedagogy -4.
Sixth, cross-sectoral coordination remains challenging. Although interdisciplinary collaboration is widely advocated, practical implementation is constrained by disciplinary silos, limited time, and insufficient resources -4.
Principles of Effective Dual Carbon Education
Drawing on global experience, several principles can guide the design and implementation of effective dual carbon education:
Action-orientation: Education must move beyond knowledge transmission to empower learners with the agency and skills to enact meaningful change -2-5.
Interdisciplinarity: Climate change and carbon neutrality are inherently multi-dimensional, requiring integration of natural sciences, social sciences, humanities, and practical skills -4-11.
Inclusivity: Carbon literacy should be accessible to all, regardless of age, background, or location, ensuring no one is excluded from the global movement for climate action -2.
Cultural responsiveness: Integrating local knowledge and Indigenous wisdom enhances relevance and effectiveness while respecting diverse worldviews -4-3.
Global-local connection: Education should address both global climate challenges and local adaptation needs, fostering both global citizenship and community engagement -3-8.
Conclusion
Dual carbon education is not a byproduct of climate policy—it is an essential pillar of the global transition to carbon neutrality. The evidence is clear: education systems worldwide are falling short of the urgency and scale required to address the climate crisis. Yet promising models exist across Europe, North America, Asia, and developing regions, offering lessons in policy integration, curriculum innovation, teacher development, and international partnership.
The path forward demands intensified collaboration among governments, educational institutions, international organizations, civil society, and the private sector. It requires sustained investment in teacher capacity, curriculum development, and infrastructure. Most fundamentally, dual carbon education must embody its own message: it must model the transformation it seeks to create, evolving from a fragmented patchwork of initiatives into a coherent, scalable, and inclusive global movement.
As UNESCO and its partners have emphasized, we must "change minds, not climate"—and that transformation begins with education -3. The children and youth of today will inherit the consequences of today's decisions, and they must be equipped with the knowledge, skills, and hope to build a sustainable, equitable, and climate-resilient future for all.
References
Books, Reports and Official Publications
UNESCO. (2024). Climate Change and Sustainability in Science and Social Science Secondary School Curricula. UNESCO. ISBN 978-92-3-100682-1. -5-6
UNESCO. (2024). Climate Change and Sustainability in Science and Social Science Secondary School Curricula (Chinese translation). UNESCO. -7
UNESCO. (2024). Climate Change and Sustainability in Science and Social Science Secondary School Curricula. GCED Clearinghouse. -8
Journal Articles and Book Chapters
Li, M., Wang, J., & Chen, Y. (2025). "Bridging the knowledge-action divide: environmental awareness and low-carbon behaviors of Chinese university students." Humanities and Social Sciences Communications, 12, 925. -1
Molthan-Hill, P., Korbel, P., Iosif-Lazăr, L. C., Srkoc, M. M. M., & Pontoppidan, C. A. (2025). "Exploring Climate Education for All: The Carbon Literacy Project and Other Initiatives." In M. Lackner, B. Sajjadi, & W. Y. Chen (Eds.), Handbook of Climate Change Mitigation and Adaptation. Springer. https://doi.org/10.1007/978-3-031-84483-6_154 -9
Obi, J. N., & Ojo, E. (2026). "Mainstreaming climate change in school curricula: critical review of pedagogy, policy and Global South perspectives." Cogent Education, 13(1), 2613489. https://doi.org/10.1080/2331186X.2026.2613489 -13
Sutcliffe, M., & Samuel, G. (2026). "To pledge or not to pledge that is the question: Carbon literacy training and international post-graduate students – an application of Q methodology." Social Sciences and Humanities Open, 13, 102617. -11
Various Authors. (2025). "Climate Change Education Implementation: The Voices of Policymakers, Professional Development Providers, and Teachers in Five Countries." International Journal of Science Education, 47(2), 191-213. ERIC No. EJ1456606. -15
Research and Policy Briefs
Wang, X., & Li, M. (2023). "Construction and Implementation of a National Education System for Climate Change Education under the 'Dual-carbon' Goal in 2022~2023." Belt and Road Database. https://www.ydylcn.com -3
Education International. (2025). Towards quality climate change education for all: A critical assessment of climate education policies in India and the Philippines. Education International. https://www.ei-ie.org -14
Case Studies and Practical Guides
Dialogue Earth. (2024, September 11). "China is fostering a 'climate generation' but more support is needed." Eco-Business. https://www.eco-business.com -2
Beswick, S. (2025, April 1). "How to embed carbon literacy into the college curriculum." Association of Colleges. https://www.aoc.co.uk -10
Advance HE. (2025). "Carbon Literacy at Manchester Met." Advance HE. https://www.advance-he.ac.uk -12
Key Reference Works for Further Reading
UNESCO. (2022). Education for Sustainable Development: A Roadmap. UNESCO.
IPCC. (2023). Climate Change 2023: Synthesis Report. Intergovernmental Panel on Climate Change.
United Nations. (2015). Transforming our world: the 2030 Agenda for Sustainable Development. United Nations.
