Teaching global warming and climate change

‘We are currently locked into a process that will inevitably result in bequeathing a dying planet to the next generation – and it cannot any longer be denied that we are all to varying degrees culpable.’

Mayer Hillman, 2019

Topics on this page:

The place of global warming and climate change in the school curriculum | Big geographical questions about global warming and climate change | Teaching about climate change | Teaching resources and ideas | Reading

The place of global warming and climate change in the school curriculum

Roberts (2023) comments that climate change is ‘one of the most urgent and challenging issues of our time, with implications for the future of humanity and the future of the planet‘. It is her view that it is a ‘moral imperative that the study of climate change should be included in the school curriculum’.

Science and geography are the two subjects in which this topic is most commonly taught. Teaching about the process of climate change was included in 2010 National Curriculum for science, but was missing in geography. However, a DfE revision in 2013 included this statement for geography at Key Stage 3:

…understand how human and physical processes interact to influence, and change landscapes, environments and the climate; and how human activity relies on effective functioning of natural systems.’

In key stage 3 science, the focus is on understanding processes. In geography the study of climate integrates physical, environmental, social and economic processes and considers the impact on people, places and environments at a range of scales. Most geography departments include these aspects of climate change in their curriculum, going beyond the formal National Curriculum requirement. Some liaise with science departments to teach collaboratively.

GCSE and A level geography have specific content about climate change, although the extent to which it is taught as an issue depends on the examination specification and how it is taught.

In 2023 the DfE published a policy paper on sustainability and climate change with the aim to prepare all young people for a world impacted by climate change through learning and practical experience.

In 2023 UNESCO published Greening Curriculum Guidance: Teaching and learning for climate action which outlines how quality climate change and sustainability can be reflected in the curriculum by setting expected learning outcomes from 5 to 18.

  • Read Roberts (2023) pp. 115-6, ‘How should climate change be included in the school curriculum?’
  • Look at this short video by Professor Dorling on Climate, water insecurity and consumption, which discusses how a changing world will increase the natural hazards that we face.

Climate change is one of the most pressing issues facing young people. As well as the physical implications of a changing climate, young people will enter a labour market in flux as global economies transform and the world decarbonises.

The British Science Association (2023) reported that 72% of UK 14–18 year-olds welcomed the opportunity to learn more about climate change in school.

However, the Department for Education’s 2024 climate literacy survey of Year 11 students found that they have a “very poor” understanding of key climate change concepts. The survey revealed that terms such as net zero and the 1.5°C and 2°C climate change goals are “very poorly understood.” Additionally, students struggle to grasp the potential impact of climate change on the UK and how it can be mitigated.

The Geographical Association commented that the survey highlights the need to strengthen climate change education in secondary schools. The association advocates for clearer curriculum statements, broader coverage, and greater emphasis in examination specifications as part of the Curriculum Review.

Big geographical questions about global warming and climate change

Global warming, the cause of wider climate change, presents unprecedented challenges in its impact on people and environment. The core scientific evidence is clear, that global warming is occurring and that it is the result of human activity. Students need to understand the difference between the concepts of the natural greenhouse effect that enables life to exist on the planet and the human-enhanced greenhouse effect that is also known as global warming.

Climate change raises all sorts of big geographical questions to discuss with students in lessons: What is the impact? Where and who does it affect? What can we do about it? What does the future hold? It is not solely a physical geography concern, it also has social, economic and political repercussions.

Key reading
  • Owen, C. and Taylor, A. (2025) Thinking critically in geography: teaching climate change, Sheffield: Geographical Association. This captures the range of today’s different perspectives about climate change. It provides for teachers information and deals with misconceptions. It also outlines the debates including ethical and moral considerations.

One of the big questions to consider is What is climate justice? It refers to the injustices and inequalities within and across nations, as well as between current and future generations, arising from the fact that climate change affects different people and places unevenly.

In their research Saddington , Reilly and Huppatz (2025) found that students displayed a lack of understanding about climate change’s uneven impact across different groups. For instance, discussing how African American neighbourhoods are often disproportionately affected by hurricanes, or that being from a low-income household can increase your vulnerability to climate change.

Also see Walker (2024) about justice-focused climate change education.

Before you begin to teach this topic, review your own understanding of the key concepts, processes and terminology of climate change.

You need to be well informed about the effects of climate change on the planet and on people. Hillman (2019) puts this forcefully when he says,

‘No other aggregation of human behaviour in recorded history can begin to match the appalling legacy we are in the process of bequeathing to future generations as a consequence of our near total failure to face up to the implications of climate change.’

His article is a must-read for all geography teachers. It is powerful and hard-hitting, outlining the impact of climate change and examining numerous misleading assumptions that go inform public policies.

Fry (2024) draws attention to Lovelock’s concept of Gaia hypothesis which portrays the Earth as a self-regulating system sustaining life, which is essential for understanding various geographical phenomena, including the water and carbon cycles. His insights into climate change response provide useful stimuli to provoke discussions on ethical dilemmas, such as whether human actions should prioritize the well-being of Gaia or human survival. Lovelock challenges conventional notions of sustainable development and advocates for population reduction and alternative energy sources like nuclear power. 

Teaching about climate change

Bear in mind that information about climate change is evolving and changing quickly. Yet, resource materials used in schools are often outdated. Try use up-to-date information and evidence in your lessons ant ensure you avoid bias.

In geography lessons students need to be taught:

  • The underlying physical processes in order to understand why climate change is happening
  • How and why climate in changing across the world
  • Strategies for mitigation and adaptation.

Before you begin to teach the reasons for climate change, make sure you are clear about what is known (e.g. the causes and consequences of burning fossil fuels) and what is still to be clarified (e.g. how much hotter will it become? How fast? How quickly will sea levels rise?)

Collect together evidence of current impacts that are already occurring in the world that you can use for illustrative resources (e.g. decreases in Arctic pack-ice; fierce bushfires in Australia) and in the UK (e.g. shifting seasons, torrential rain, floods and drought). Look for local examples that will make it clear to students that this affects them.

Some of the key topics to teach about climate change are:

  • The causes of global warming
  • The consequences of climate change, e.g. shifting seasons, increased flooding, drought, extreme weather and rising sea-levels
  • Reducing the impact of climate change, e.g. how to adapt and how to reduce the impact.

Be aware that some of these ideas may be difficult for students to understand. They can’t ‘see’ carbon dioxide and the implications are often too wide ranging for them to grasp easily. They may also be aware of global warming ‘denials’ as reported by the media.

COP26 was a big event during the autumn of 2021 and the stimulus activity devised by Barton and Finch Noyes (2022) is a good way to keep students mindful of personal targets to address their carbon footprint.

David Hicks has written extensively on these issues and you should read his articles in which he outlines not only why geography teachers should teach about climate change but also what aspects are most important for the next generation to know. He believes, ‘we have a duty to prepare them for a climate-changed world very different from today’. Hicks (2019) suggests using an investigative framework to study climate change.

David Hicks (2011) asks us these questions:

  • How can we teach about climate change in such a way that it does not worry or disempower young people?
  • How can we ensure that climate change is not just one more topic to ‘tick off’ in the curriculum?
  • If climate change requires a new generation of concerned and active citizens, how can we ensure that school geography contributes to this?

Ponder these three questions as you read more about teaching climate change and plan your lessons. 

Roberts believes that in studying the challenge of climate change students need to be made aware of:

  • different ways in which groups. organisations and the media present different messages (see figure 12.5)
  • issues that divide opinions and who makes the decisions at different scales(see figure12.6)
  • how disinformation can play a role in influencing opinions.

Teachers must also comply with the current legal requirements to provide a balanced view and avoid ‘promotion of partisan political views’.

Read Roberts (2023) pp. 116-9, ‘What needs to be considered in discussing issues related to climate change?’.

Roberts (2023) reminds us that some of the evidence and arguments that students might encounter when investigating climate change have been influenced by disinformation financed by powerful vested interests. Read about this on pp. 146-8, ‘Disinformation on climate change’.

TIDE is an organisation that highlight the needs of learners, the role of teachers, and the culture of schools to explore the potential of an education-driven agenda responding to the climate crisis. See the Elephant Times 4.2 Seeking Conversions – Education and Climate Crisis.

A group of geography and environment researchers wanted to better support schools and teachers to approach climate change in a way that will suit young people’s interests and concerns. They felt the focus was mainly on science and economics, involving abstract ideas which overlook the social, cultural and psychological ways people around the world are affected by climate change.  

To address this they have written a comic for school students that looks at how people around the world experience climate change. It is called Everyday Stories of Climate Change, it looks at the ways low-income families have had to adapt to climate change in five countries across three continents.  Download the free novel and Download the Teacher Guide  

  • Read more in Gemma Sou’s blog on Everyday Stories of Climate Change 
  • Refer to this presentation at the GA Conference 2024 about how graphic novels can support EAL learners in developing their curiosity, focusing on the climate crisis 

Listen to these podcasts:

Look at Global Inequalities and the Climate Crisis (GICC) is a curriculum resource of five lessons with accompanying resources that supports geography teachers to explore the relationships between global inequality and the climate crisis with Key Stage 3 classes, using the country of Cameroon as a case study. See an outline of the lessons here.

Look at Climate Change – Causes and Effects Resources created by the GA, in collaboration with Kit Marie Rackley, for teaching KS3 and 4 students about the ways in which we can model climate change, investigate the origins of greenhouse gases and assess its current and future impacts.

One further aspect of climate change education that you should consider is that research has illustrated the growing prominence of ‘ecoanxiety’ among young people around the globe (Hickman 2021) and that education is key to empowering young people to feel that they are able to contribute to finding solutions. It is, therefore, important to promote hopeful climate education.

And finally, what do the students think about their climate change education (CCE). Reilly et al (2024) collected data from more than 100 young people across the UK, Ireland, Italy and Finland.  Their findings were that: 

  • CCE should be taught more effectively and with greater depth in schools.  
  • there should be a more practical approach to develop their understanding of the climate crisis beyond the abstract and theoretical.  
  • following this, CCE should take a solution-orientated approach because currently it  failed to offer a way forward or opportunities for action.  
  • repetition in CCE content should be reduced. 
  • CCE should draw from local and national examples to demonstrate the importance and urgency of the climate crisis. Many consider the climate crisis is one that does not impact them directly, either geographically or temporally.

Burger et al (2023) outline how the EN-ROADS simulator can be used in the classroom. This is a free resource on a web browser and can provide students with opportunities to explore the long-term climate impacts of global policy and investment decisions. It can be used at all levels from key stage 3 to A level for decision-making activities with the whole class or with groups.

Teaching resources and ideas

Start with these resources on the GA website:

Lectures 

Other GA resources

  • Batchen, N. (2009) KS3 Geography Teachers’ Toolkit: Changing My World – What difference can we make to the climate?, Sheffield: Geographical Association.
  • Bustin, R. (2021) KnowHow: An introduction to KS3 Climate Change (eBook), Sheffield: Geographical Association.
  • Daley, T. and Stocking, K. (2022) Top Spec Geography: The Climate Crisis, Sheffield: Geographical Association (for A level).
  • Rayner, D. (2011) GCSE Geography Teachers’ Toolkit: Hot and Bothered?  A study of climate change, Geographical Association.
  • See Cities and Climate Change – Interactive Web Site from devongeography
  • See this interactive BBC web site, where you can enter any city into the search engine and get historical and future projections of climate and indications of potential future impacts
  • Other resources: Videos including both professional development and classroom resources.

Reading

  • Barton, R. and Finch Noyes, H. (2022) ‘COP26: You choose – climate change’, Teaching Geography, Spring.
  • Bishop, C., Anderson, A., Heslop, C., Yogaratnam, A.B., Hopkins, H., Kinsella, S., Leslie, K. and Alifandi, A. (2023) Climate change in secondary schools: young people’s views of climate change and sustainability education, British Science Association.
  • Burger, J., Clark, R., Preece, D. and Webb, H. (2023) ‘Simulated climate solutions: using the EN-ROADS simulator’, Teaching Geography, Autumn.
  • Davies, A. R., Hügel, S., Norman, A. and Ryan, G. (2024) ‘Climate Smart: geography, place and climate change adaptation education’, Geography, Spring.
  • Department for Education (2023) Sustainability and Climate Change: A strategy for the education and children’s services system. DfE.
  • Ferreira, J. (2022) ‘Global Challenges’, Geography Subject Knowledge, Programme, Royal Geographical Society.
  • Fry, W. (2024) ‘Teaching Gaia’, Teaching Geography, Spring. 
  • Griffiths, A. (2023) ‘Raising issues: OK computer? Using artificial intelligence for teaching and learning about climate change’, Teaching Geography, Summer.
  • Hicks, D. (2011) ‘A sustainable future: four challenges for geographers’, Teaching Geography, Spring.
  • Hicks, D. (2015) ‘Learning to see climate change’, Teaching Geography, Autumn.
  • Hicks, D. (2018) ‘Why we still need a geography of hope’, Geography, Summer.
  • Hicks, D. (2019) ‘Climate change: bringing the pieces together’ Teaching Geography, Spring.
  • Hillman, M. (2019) ‘Time to face up to the realities of climate change’, Geography, Summer.
  • Jones, V. (2019) ‘Adapting our diets for global climate change: Could eating bugs really be an answer?’, Teaching Geography, Summer.
  • Knight, A. (2019) ‘Did the European conquest of the Americas contribute to the Little Ice Age?’, Teaching Geography, Summer.
  • Maxfield, H. (2018) ‘The Cayman Islands coral reefs: global issues, local solutions’, Teaching Geography, Spring.
  • Morgan, A. (2008) Think Piece – Global warmingGeographical Association on-line.
  • Morgan, M. (2001) ‘Investigating environmental issues: a multimedia approach’, Teaching Geography, April.
  • Owen, C. and Taylor, A. (2025) Thinking critically in geography: teaching climate change, Sheffield: Geographical Association.
  • Rackley, K.M. (2019) ‘Resources to teach the changing nature of climate and energy‘, Teaching Geography, Summer.
  • Reilly, K. et al (2024) ‘Learning from young people’s experiences of climate change education’, Geography, Spring.
  • Richardson, K. (2022) ‘The hottest new literary genre? How can cli-fi support the teachings of climate change?’, Teaching Geography, Autumn.
  • Roberts, M. (2023) Geography Through Enquiry: Approaches to teaching and learning in the secondary school, Second edition, Sheffield: Geographical Association.
  • Saddington , L., Reilly, G. and Huppatz, M. (2025) ‘Connecting climate research and teaching in higher education with secondary education’, Geography, Spring.
  • Walker, C. (2024) ‘What role for geography in justice-focused climate change education?’, Geography, Autumn.

References

  • Hickman, C., Marks, E., Pihkala, P., Clayton, S., Lewandowski, R.E., Mayall, E.E., Wray, B., Mellor, C. and van Susteren, L. (2021) ‘Climate anxiety in children and young people and their beliefs about government responses to climate change: a global survey’, The Lancet Planetary Health, 5, 12.

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