Distribution of Natural Energy Resources (College Board AP® Environmental Science): Study Guide

Jacque Cartwright

Written by: Jacque Cartwright

Reviewed by: Alistair Marjot

Updated on

Global distribution of natural energy resources

  • There is an unequal distribution of natural energy resources globally, with some regions rich in certain resources and others relatively poor

World map highlighting global locations of diverse energy resources and minerals, including coal, natural gas, petroleum, uranium, bauxite, copper, and gold.
Global distribution of natural resources
  • This disparity is down to physical (geographic and geological), political, social, and economic factors

  • Geological factors

    • Some countries are naturally rich in natural resources such as ores, coal, crude oil and natural gas

      • The USA has the largest proven coal reserves, but China is the largest producer of coal

      • Venezuela, Saudi Arabia, Canada, and Russia are rich in crude oil

      • Brazil and Australia are leading producers of metals like iron ore

      • Canada and the US both benefit from substantial uranium deposits

      • Nearly 20% of the world's proven gas reserves are in Russia. Russia is estimated to hold $75 trillion in natural resources, including coal, natural gas, oil, and rare earth metals

Case Study

Saudi Arabia's geological history of oil reserves

Over millions of years, sedimentation, metamorphism, and tectonic uplift have formed and deposited minerals and fossil fuels, producing the now natural resource distribution of the region.

During the Mesozoic age, the area was covered by a large body of water called the 'Tethys Ocean.' Rivers that fed into this ocean were loaded with nutrients, which led to a variety of life in the water. Eventually, thick layers of organic matter built up on the ocean floor, compressing the layers below. The decay and compression of organic matter transformed into oil, captured between the layers of sedimentary rock.

Tectonic activity pushed the land upward and the Tethys Ocean receded, leaving behind the dry, modern Middle East region with its oil reserves beneath the sand.

This trend has led to Saudi Arabia's dominant position in global oil production and export.

  • Geographical factors

    • Ease of access to natural energy resources

      • Landlocked countries cannot export energy or import the machinery necessary to extract natural resources. This limits their potential for growth and development

      • Reserves of oil and gas are found beneath the deep ocean floor, presenting challenges in extraction

    • Australia is rich in a variety of energy resources and is an example of a country with negative reliance on imported energy supplies

    • The climate and relief of a region affect the extraction of energy resources

      • Extracting and transporting energy resources in mountainous and extreme climates such as Alaska and Siberia is difficult and expensive

      • However, upland regions are suited for wind and hydrogeneration

      • Areas with reliable sunshine hours can be used to generate solar energy

    • Geothermal power plants are generally built where geothermal reservoirs are located, within a mile or two of the earth's surface

      • In the US, geothermal energy power is exclusively produced within the Western United States

    • Tidal power is only available in countries with a coastline and sufficient tidal range

      • Sihwa Lake Tidal Power Station in South Korea is the largest, with La Rance, France, the oldest and second-largest plant

      • Canada, China, and Russia have smaller tidal power plants

    • Resource-poor regions (e.g., the European Union, China, and India) rely heavily on imported resources

    • The United States, although having resources, also relies on imports to meet demand

  • Political, economic, and social factors also influences natural resource distribution

    • Access to technology and infrastructure affects resource use

      • Improvements in technology has allowed previously inaccessible oil reserves to be tapped

      • Poor infrastructure in many developing countries hamper exploitation of their natural resources

    • Economic systems and trade laws affect resource exploitation

      • Many resource-rich developing countries face issues when their government fails to agree on the use of their resources

      • Foreign companies also exploit resources, with little local benefit

      • Economic growth often generates inequality and pollution in the region

  • Resource-rich nations often control global energy markets (e.g. Saudi Arabia's oil reserves)

  • The lack of energy resources affects world trade and energy policies in countries that depend on them

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Jacque Cartwright

Author: Jacque Cartwright

Expertise: Geography Content Creator

Jacque graduated from the Open University with a BSc in Environmental Science and Geography before doing her PGCE with the University of St David’s, Swansea. Teaching is her passion and has taught across a wide range of specifications – GCSE/IGCSE and IB but particularly loves teaching the A-level Geography. For the past 5 years Jacque has been teaching online for international schools, and she knows what is needed to get the top scores on those pesky geography exams.

Alistair Marjot

Reviewer: Alistair Marjot

Expertise: Environmental Systems and Societies & Biology Content Creator

Alistair graduated from Oxford University with a degree in Biological Sciences. He has taught GCSE/IGCSE Biology, as well as Biology and Environmental Systems & Societies for the International Baccalaureate Diploma Programme. While teaching in Oxford, Alistair completed his MA Education as Head of Department for Environmental Systems & Societies. Alistair has continued to pursue his interests in ecology and environmental science, recently gaining an MSc in Wildlife Biology & Conservation with Edinburgh Napier University.