Problems associated with extraction, transport and use of energy — Eduqas A-Level Geography

This topic examines the environmental, social, and economic problems arising from the extraction, transport, and use of energy resources. It is a core component of WJEC A-Level Geography, focusing on the unsustainable nature of fossil fuel dependence and the challenges of transitioning to renewable energy. Students explore how energy extraction (e.g., mining, drilling) leads to habitat destruction, pollution, and resource depletion, while transport (e.g., pipelines, tankers) risks spills and geopolitical tensions. The use of energy, particularly combustion, contributes to climate change and air pollution, with uneven impacts across regions and communities.

Understanding these problems is crucial because energy is central to modern life, yet its current patterns of production and consumption are unsustainable. The topic links to broader themes of sustainability, climate change mitigation, and global inequality. For example, the extraction of oil in the Niger Delta has caused severe environmental degradation and social conflict, while the transport of natural gas via pipelines raises issues of energy security and international relations. Students must evaluate the trade-offs between energy access and environmental protection, and consider the role of technology, policy, and individual behaviour in addressing these challenges.

This topic also connects to other parts of the WJEC A-Level specification, such as 'Climate Change' and 'Global Governance'. It requires students to apply concepts like the 'energy trilemma' (balancing security, equity, and sustainability) and to analyse case studies from both developed and developing countries. By the end of this topic, students should be able to critically assess the full lifecycle impacts of different energy sources and propose realistic solutions to reduce negative consequences.

• →Energy trilemma: The challenge of balancing energy security (reliable supply), energy equity (affordable access for all), and environmental sustainability (minimising harm).
• →Externalities: The hidden costs of energy production and use, such as pollution, health impacts, and climate change, which are not reflected in market prices.
• →Resource curse: The paradox that countries with abundant fossil fuel resources often experience slower economic growth, weaker institutions, and more conflict (e.g., Nigeria, Venezuela).
• →Lifecycle assessment: Evaluating the environmental and social impacts of an energy source from extraction through transport, use, and decommissioning.
• →Energy justice: The fair distribution of the benefits and burdens of energy systems, including recognition of vulnerable communities and procedural fairness in decision-making.

• Environmental problems associated with fossil fuels and other forms of energy
• Political problems associated with fossil fuels and other forms of energy
• Technological problems associated with fossil fuels and other forms of energy
• Economic problems associated with fossil fuels and other forms of energy

• 💡Use specific case studies to illustrate problems, such as the Deepwater Horizon oil spill (transport) or air pollution in Beijing (use). Examiners reward detailed, accurate examples that show you can apply concepts to real-world situations.
• 💡Evaluate solutions critically. For instance, carbon capture and storage (CCS) is often presented as a fix for fossil fuel use, but it is expensive, unproven at scale, and does not address extraction or transport problems. Show awareness of limitations.
• 💡Link to wider geographical themes like sustainability, globalisation, and inequality. For example, discuss how energy problems disproportionately affect low-income countries and communities, linking to ideas of environmental justice.

• Misconception: Renewable energy has no negative environmental impacts. Correction: While renewables are cleaner than fossil fuels, they still cause problems such as habitat loss from hydroelectric dams, bird deaths from wind turbines, and land use for solar farms. Their lifecycle also involves mining for materials like lithium and rare earth metals.
• Misconception: Energy problems are only environmental. Correction: Social and economic problems are equally important, including health impacts from air pollution, displacement of communities by mining or dams, and geopolitical conflicts over energy resources (e.g., Russia-Ukraine gas disputes).
• Misconception: Developed countries have solved their energy problems. Correction: While developed nations have reduced some local pollution, they remain heavily dependent on fossil fuels and often outsource extraction impacts to poorer countries. Their high per capita consumption still drives global climate change.