The Challenge of Resource ManagementDeep Dive

The Global Energy Picture — A World Still Burning Fossil Fuels

Part of Energy Resource ManagementGCSE Geography

This deep dive covers The Global Energy Picture — A World Still Burning Fossil Fuels within Energy Resource Management for GCSE Geography. Revise Energy Resource Management in The Challenge of Resource Management for GCSE Geography with 15 exam-style questions and 20 flashcards. This topic appears regularly enough that it should still be part of a steady revision cycle. It is section 3 of 13 in this topic. Use this deep dive to connect the idea to the wider topic before moving on to questions and flashcards.

Topic position

Section 3 of 13

Practice

15 questions

Recall

20 flashcards

🌍 The Global Energy Picture — A World Still Burning Fossil Fuels

Despite decades of talk about the energy transition, the fundamental reality is this: fossil fuels — coal, oil, and gas — still provide approximately 80% of the world's total primary energy. Not 80% of electricity. 80% of all energy, including heating, transport, and industrial processes.

This is not because no one has noticed the problem. It is because energy systems are enormous, expensive, and slow to change. The global electricity grid represents trillions of dollars of infrastructure built over more than a century. Replacing it takes decades, not years.

Where the Energy Comes From — and Who Controls It

Fossil fuel reserves are not evenly distributed. They are concentrated in specific geological formations that happen to be underneath particular countries. This geography of resources is the foundation of modern geopolitics:

ResourceWhere It IsGeopolitical Significance
OilMiddle East holds ~50% of known reserves (Saudi Arabia, Iran, Iraq, UAE, Kuwait). Also: Venezuela, Russia, North SeaMiddle Eastern countries have used oil as political leverage repeatedly — the 1973 oil embargo caused economic crisis across the West. OPEC (the oil exporters' cartel) can influence global prices by adjusting production.
Natural gasRussia has ~17% of global reserves; also Qatar, Iran, USA, AustraliaRussia uses gas pipelines as geopolitical tools — it can threaten to cut supply to countries that oppose it politically, as it did to Europe in 2022. Countries dependent on Russian gas face impossible choices.
CoalUSA, Russia, Australia, China, India — relatively widely distributedLess geopolitically sensitive because of wider distribution and the ability to ship it by sea. But coal is the most carbon-intensive fossil fuel and a major driver of climate change.
Uranium (nuclear)Kazakhstan, Canada, Australia, NamibiaNuclear requires very small quantities of fuel per unit of energy, reducing import dependence. France imports uranium but uses so little that it represents minimal vulnerability.

The Energy Transition — Why It Is Happening and Why It Is Slow

Something extraordinary has happened to the cost of renewable energy. In 1976, a solar panel cost approximately $100 per watt of power it could generate. By 2023, the cost was less than $0.20 per watt — a 99.8% cost reduction in less than 50 years. Offshore wind has become the cheapest source of new electricity generation in the UK. This is why the transition is accelerating: it is now cheaper to build new wind and solar than to run many existing coal plants.

But the transition faces real obstacles that enthusiastic advocates sometimes understate:

Intermittency — Wind turbines only generate when it is windy. Solar panels only generate when the sun shines. In the UK, wind generation can drop to near zero during calm weather, while solar output falls sharply in winter precisely when electricity demand is highest. Grid-scale battery storage is improving rapidly but remains expensive — the UK's entire battery storage capacity could power the country for only a few minutes, not the days or weeks needed to cover a wind drought.
Grid infrastructure — The UK's best wind resources are in the north of Scotland; the biggest electricity consumers are in south-east England. Moving power between them requires new high-voltage transmission lines — expensive, slow to plan and build, and frequently blocked by local opposition. Germany faces the same problem: its wind turbines are in the north, its industry in the south.
Energy storage for heating and transport — Even if all electricity came from renewables, that would only solve one part of the problem. Heating buildings (which requires far more energy than electricity in many countries) and powering heavy transport (ships, lorries, aircraft) are much harder to decarbonise than electricity generation. These sectors still depend heavily on gas and oil.
The result — The world is adding renewable capacity at record speed AND total fossil fuel consumption is still rising, because global energy demand is growing faster than renewables can replace fossil fuels. This is the central tension of the energy transition — and why the timeline to a clean energy system is measured in decades, not years.

Quick Check: Explain what energy security means and give one example of a country that faces energy insecurity.

Keep building this topic

Read this section alongside the surrounding pages in Energy Resource Management. That gives you the full topic sequence instead of a single isolated revision point.

Practice Questions for Energy Resource Management

Which of the following is a renewable energy source?

  • A. Coal
  • B. Natural gas
  • C. Wind
  • D. Oil
1 markfoundation

Explain why fossil fuels are classified as non-renewable energy sources. [2 marks]

2 marksstandard

Quick Recall Flashcards

What is energy security?
Having a reliable and affordable energy supply.
Why does energy demand rise?
Because populations grow and development increases the need for electricity, transport and heating.

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