What climate change is, why it is happening, who is most affected, and what individuals, communities, and governments can do about it.
Young children are naturally curious about the natural world and often deeply care about animals and nature. Climate change at Early Years level is not about fear or complexity — it is about building a sense of connection to and responsibility for the natural world. Children do not need to understand greenhouse gases or global temperature averages. What they can understand is that the Earth needs looking after, that human actions affect nature, and that everyone can help. Focus on positive, empowering messages: what we can do, not just what is going wrong. Children who grow up feeling connected to nature and responsible for it are more likely to care about environmental issues as they get older. In low-resource classrooms, these ideas arise naturally from the local environment — local weather, local plants and animals, local water sources. You do not need any technology or printed materials.
Climate change is too big for children to do anything about.
Every action matters. Children can reduce waste, save water and energy, plant things, and talk to their families. Building good habits early is one of the most powerful ways to address climate change over time. Children are also citizens who can influence adults around them.
The weather being hot means climate change is happening here.
Climate change affects weather patterns over long periods, not single hot days. At Early Years level, it is enough to say the Earth is getting warmer over time and this affects many living things. Avoid causing fear about individual weather events.
Climate change refers to long-term shifts in global temperatures and weather patterns. While some climate variation is natural, since the mid-20th century human activities have been the primary driver — particularly the burning of fossil fuels (coal, oil, and gas) and deforestation. When fossil fuels are burned, they release carbon dioxide and other greenhouse gases into the atmosphere. These gases trap heat from the sun — a process known as the greenhouse effect. Without any greenhouse effect, the Earth would be too cold for life. But too much greenhouse gas causes the Earth to warm beyond the range that current ecosystems and human societies are adapted to.
Rising sea levels (threatening coastal communities and low-lying countries); more frequent and intense extreme weather events such as droughts, floods, and storms; loss of biodiversity as habitats change faster than species can adapt; threats to food and water security, especially in tropical regions; and forced migration as some areas become uninhabitable. Climate justice is an important concept to introduce at primary level. The people and countries that have contributed least to climate change are often the most severely affected — particularly poorer nations in the Global South, small island states, and indigenous communities. Wealthy industrialised nations have emitted the most greenhouse gases historically but often have more resources to adapt. This raises important questions of fairness.
The Paris Agreement (2015) committed countries to limiting global warming to 1.5°C above pre-industrial levels.
The IPCC (Intergovernmental Panel on Climate Change) is the UN body that assesses the science.
Climate change is scientifically well established. There is an overwhelming scientific consensus — over 97% of actively publishing climate scientists agree that current warming is primarily human-caused. However, the topic can be politically sensitive in some communities. Focus on the science and on constructive action rather than blame.
Climate change just means hotter summers — it sounds quite nice.
Global warming causes much more than warmer summers. It intensifies extreme weather in both directions — more severe droughts in some places, more intense flooding and storms in others. It threatens food supplies, water sources, coastal communities, and entire ecosystems. For hundreds of millions of people, especially in tropical regions, it is already a serious threat to survival.
The climate has always changed naturally, so this is nothing new.
Natural climate variation has happened throughout Earth's history. But the current rate of warming is far faster than any natural change in the geological record. The overwhelming scientific consensus is that current warming is primarily caused by human greenhouse gas emissions — not natural cycles. The speed matters as much as the change itself: ecosystems and societies that could adapt to slow change cannot adapt quickly enough to what is happening now.
Recycling and using reusable bags will solve climate change.
Individual actions like recycling are worthwhile but are not sufficient on their own. The scale of change needed requires systemic action: switching the entire energy system away from fossil fuels, changing farming practices, protecting forests, and reforming transport and industry. Individual choices matter and can influence wider culture and politics — but they cannot substitute for large-scale policy change.
Climate change is a problem for the future, not now.
Climate change is already happening and already affecting millions of people. Coral reefs are bleaching, sea levels are rising, glaciers are retreating, and extreme weather events are intensifying. The effects will get worse the longer emissions continue — which is why urgent action now matters. Many of the people most affected today had little or nothing to do with causing the problem.
The science of climate change is established beyond reasonable doubt. Since the Industrial Revolution, atmospheric CO2 has risen from approximately 280 parts per million to over 420 ppm — the highest level in at least 800,000 years, as measured from Antarctic ice cores. Global average temperatures have risen by approximately 1.1-1.2°C above pre-industrial levels. The IPCC's Sixth Assessment Report (2021-2022) is unequivocal: human influence has warmed the climate and it is 'unequivocal' that this is causing widespread and rapid changes. Tipping points are thresholds beyond which change becomes self-reinforcing.
The collapse of the Amazon rainforest (releasing stored carbon); the melting of the Greenland and Antarctic ice sheets (raising sea levels dramatically); the thawing of permafrost in Siberia (releasing trapped methane, a potent greenhouse gas). Scientists fear that multiple tipping points could interact and accelerate each other, making some outcomes difficult to reverse even if emissions are cut. Climate justice has several dimensions.
Wealthy industrialised nations — particularly the US, EU, UK, and other early industrialisers — are responsible for the majority of cumulative greenhouse gas emissions since industrialisation. Many of the most vulnerable countries (Bangladesh, small island states, Sahel nations) have contributed negligibly to the problem.
Beyond adaptation, some communities face losses — cultural, territorial, and ecological — that cannot simply be adapted to. The UN recognised 'loss and damage' as a formal element of climate negotiations at COP27 (2022). Mitigation means reducing greenhouse gas emissions to slow or stop climate change. Adaptation means adjusting to the changes that are already occurring or are unavoidable.
The economics of climate change: the Stern Review (2006) argued that the cost of inaction far exceeds the cost of action. However, distributing those costs fairly is politically contentious. Carbon pricing mechanisms (carbon taxes, cap-and-trade systems) are tools to make emissions economically costly, but their effectiveness and fairness are debated.
A well-documented campaign by fossil fuel companies (notably ExxonMobil) used tactics similar to the tobacco industry to sow doubt about the scientific consensus on climate change. This has been widely reported and is the subject of ongoing legal action. Teaching students to distinguish scientific consensus from manufactured controversy is a key civic literacy skill in this area.
There is genuine scientific debate about whether humans are causing climate change.
There is no significant scientific debate on this question. Over 97% of actively publishing climate scientists agree that current warming is primarily human-caused. The IPCC Sixth Assessment Report (2021) describes this as 'unequivocal'. The appearance of debate has largely been manufactured by well-funded disinformation campaigns with documented links to fossil fuel companies. There is legitimate scientific discussion about the precise magnitude and timing of specific effects — but not about the fundamental cause.
Technological solutions — carbon capture, geoengineering — will solve climate change without requiring changes to the economy or lifestyle.
Some technologies can play a role in addressing climate change, but none currently exist at the scale needed to offset continued emissions. Carbon capture is expensive and energy-intensive. Geoengineering proposals (such as reflecting sunlight) carry significant unknown risks and do not address ocean acidification. Most climate scientists argue that technological solutions must complement, not replace, rapid emissions reductions. Over-reliance on future technology is sometimes called 'techno-optimism' and is criticised as a way of avoiding difficult economic and political choices now.
Individual consumer choices are the primary lever for addressing climate change.
Individual action matters but is insufficient on its own. Systemic change — in energy systems, agriculture, transport, and industry — requires policy decisions that individuals cannot make alone. Notably, the concept of the 'personal carbon footprint' was popularised by a BP advertising campaign in the early 2000s as a way of shifting responsibility from fossil fuel companies to individuals. Research suggests that 100 fossil fuel companies are responsible for 71% of global emissions. This does not mean individuals bear no responsibility — but it does mean that consumer choices alone cannot substitute for structural change.
Climate action will destroy economic growth and make everyone poorer.
The economics of climate change are contested, but most mainstream economic analysis — including the influential Stern Review (2006) — argues that the cost of inaction significantly exceeds the cost of action. Renewable energy is now the cheapest source of new electricity in most of the world. The transition to a low-carbon economy creates as well as destroys jobs. The real question is not whether action is affordable, but how the costs and benefits are distributed — which returns to the question of climate justice.
Key resources for teachers: the IPCC Sixth Assessment Report summary for policymakers is freely available at ipcc.ch and provides the most authoritative overview of the current science. For climate justice, see the work of Mary Robinson Foundation — Climate Justice. For the history of climate disinformation, Naomi Oreskes and Erik Conway's 'Merchants of Doubt' (2010) is essential reading. For the economics, the Stern Review is freely available online. For youth activism and its political implications, see Greta Thunberg's edited collection 'The Climate Book' (2022), which brings together scientists, activists, and economists. NASA's Climate Kids website provides accessible science for use in the classroom.
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