Speca › Topics › GCSE Geography

What is in this bundle

• Assessment mark schemeWord, editable
• End-of-topic assessmentWord, editable
• HomeworkWord, editable
• Retrieval-practice quizzesWord, editable
• SlidesPowerPoint, editable
• Starter & exit ticketWord, editable
• WorksheetWord, editable
• Worksheet mark schemeWord, editable

What students need to be able to do

• Describe the global pattern of energy consumption and supply, distinguishing places that produce and consume large amounts of energy from places with much lower consumption or limited supply.
• Explain why global energy consumption is rising, covering economic development (rising demand from industry and households as incomes grow), population growth, and the spread of energy-using technology.
• Explain how each of the following factors can affect a place's energy supply: physical factors (the natural presence or absence of exploitable energy resources), the cost of exploiting and producing a given energy source, the technology available to extract or generate it, and political factors (government decisions, international relations and policy affecting energy production or trade).
• Explain the range of impacts that energy insecurity can cause: pressure to explore for energy resources in difficult or environmentally sensitive locations, the economic costs and environmental damage this brings, reduced food production, reduced industrial output, and a heightened risk of conflict when countries or regions are competing for more energy than is available.
• Give an overview of renewable and non-renewable sources of energy used to increase supply: renewable sources including biomass, wind, hydroelectric power, tidal power, geothermal power, wave power and solar power; non-renewable sources including fossil fuels (coal, oil and natural gas) and nuclear power.
• Use a named example of a fossil fuel extraction site or scheme to explain both the advantages it has brought and the disadvantages or drawbacks associated with it: flagged here as a required named example; the specific real-world scheme is composed separately at bundle-build time, grounded in this requirement.
• Explain the range of approaches that can move energy supply towards a more sustainable future: awareness of individual energy use and personal carbon footprints; energy conservation through the way homes, workplaces and transport are designed; reducing overall demand for energy; and using technology to make the use of fossil fuels more efficient.
• Use a named example of a local renewable energy scheme in a lower-income country or newly emerging economy that provides sustainable energy supply, and explain how it does so: flagged here as a required named example; the specific real-world scheme is composed separately at bundle-build time, grounded in this requirement.

Case studies and examples needed

• An example showing the extraction of a fossil fuel, used to show both its advantages and its disadvantages.
• A local renewable energy scheme, based in a lower-income country (LIC) or newly emerging economy (NEE), that provides sustainable energy supply.

Geographical skills used

• Interpreting choropleth or graduated-symbol maps showing global energy consumption and supply patterns.
• Reading and comparing statistical data on energy consumption, production, or the changing energy mix over time.
• Interpreting diagrams of specific energy technologies (e.g. a labelled wind turbine, tidal barrage, or extraction site cross-section).

Where students go wrong

• Assuming energy insecurity only results from a lack of physical resources, rather than understanding cost, technology and political factors can all limit supply even where resources physically exist.
• Confusing "increasing energy supply" strategies (which raise the amount produced, renewable or non-renewable) with "sustainable energy future" strategies (which focus on conservation, efficiency and reducing demand): these are two distinct parts of the specification, not one blended list.
• Assuming all renewable sources are interchangeable or equally reliable everywhere, rather than understanding each depends on specific physical conditions (e.g. tidal power needs a suitable coastline, geothermal needs accessible geological activity).
• Assuming a named fossil fuel extraction example only has disadvantages, and overlooking the economic or energy-security advantages the specification specifically requires alongside them.
• Treating "energy conservation" and "increasing renewable supply" as the same strategy, rather than understanding conservation reduces demand while renewables address supply.

How it gets asked in the exam

"Explain why global demand for energy is increasing", "Explain how [a named factor] can affect energy supply", "Explain one advantage and one disadvantage of extracting [named fossil fuel example]", "Assess the extent to which [named local renewable scheme] provides a sustainable energy supply", "Explain how energy insecurity might lead to conflict between countries".

Key vocabulary

Energy security, energy insecurity, energy mix, renewable energy, non-renewable energy, biomass, geothermal, tidal power, fossil fuel, nuclear power, carbon footprint, energy conservation.

Assumed prior knowledge

• Resource Management Overview (this taxonomy's topic 15), particularly the UK-specific content on the changing energy mix and declining domestic fossil fuel reserves, which this topic extends to a global scale.
• General awareness from KS3 geography or science of the difference between renewable and non-renewable resources.

How Speca scaffolds this topic

• Use a consistent factor-sorting grid (physical factors / cost / technology / political factors) as a recurring scaffold across explanation tasks, mirroring the equivalent structure used for the Food and Water options' factor lists so students transfer the same approach across whichever option they study.
• Provide a clear renewable/non-renewable sorting table listing all seven renewable and both non-renewable source types named in the specification, since the sheer number of named sources is a common source of omission in student answers.
• For the two required named examples, use a single consistent advantages/disadvantages (or "how it works / why it's sustainable") template reused across both, so the skill of writing about a case study transfers rather than being relearned per example.
• Use a single "individual carbon footprint" visual (e.g. a simple household energy-use breakdown) to make the personal-conservation content concrete before moving to national-scale conservation strategies.

More GCSE Geography topics

• Natural Hazards Overview8 resources
• Tectonic Hazards8 resources
• Weather Hazards8 resources
• Climate Change8 resources
• Ecosystems8 resources
• Tropical Rainforests8 resources
• Hot Deserts8 resources
• Cold Environments8 resources