A natural resource is any feature or part of the environment that can be used to meet human needs — Edexcel GCSE Geography A
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A natural resource is any feature or part of the environment that can be used to meet human needs explained
A natural resource is any feature or part of the environment that can be used to meet human needs covers 3 specification points, including A.
Read the full explanation
Natural resources can be defined and… and B. Ways in which people exploit environments…. Open a point below for its explanation and revision guidance.
a. Natural resources can be defined and classified in different ways (biotic, abiotic, renewable and non-renewable).
A natural resource is any feature or part of the environment that people can use to meet their needs. Resources can be defined and classified in different ways, so state which system you are applying. Biotic resources come from living or once-living organisms, such as timber, fish or crops; abiotic resources are non-living, such as wind or iron ore. Renewable resources are replenished on a human timescale, such as solar energy; non-renewable resources, such as coal, oil and gas, are finite. A managed forest is biotic and renewable, whereas an iron ore deposit is abiotic and non-renewable, so classify each resource on each axis separately.
b. Ways in which people exploit environments in order to obtain water, food and energy (extraction of fossil fuels, fishing, farming and deforestation).
Exploitation means using an environment to gain a benefit, and this statement names ways people obtain water, food and energy. Extracting fossil fuels, such as drilling for oil or mining coal, provides energy for power stations and transport. Fishing and farming provide food: fishing removes wild fish from seas or rivers, while farming converts land into crop or livestock production. Deforestation clears forest for timber, fuel or farmland, and can supply both wood energy and land for food production. Water is also obtained from rivers or aquifers, although it is not one of the bracketed examples, so explain it in the same way.
c. How environments are changed by this exploitation (reduced biodiversity, soil erosion and reduced water and air quality).
This statement asks how environments change when natural resources are exploited to meet human needs. Exploitation means extracting, harvesting or using a resource, so every effect must be tied to a named activity. Reduced biodiversity can follow forest clearance for timber or farmland, which removes habitats. Soil erosion can follow intensive farming or overgrazing, where lost vegetation leaves soil exposed to wind and rain. Reduced water quality may follow fertiliser runoff or mining effluent entering rivers, while reduced air quality follows burning fossil fuels, which releases particulates and sulphur dioxide. Use a named example and explain the process of change.
Your focus
- Define a natural resource using the given definition.
- Classify named resources as biotic or abiotic, and as renewable or non-renewable.
- Justify a classification by stating the criterion used.
Show all 9 objectives
- Identify methods by which people obtain water, food and energy from the environment.
- Match fossil fuel extraction, fishing, farming and deforestation to the resource each provides.
- Explain how a named method gives people a benefit.
- Explain how forest clearance reduces biodiversity.
- Describe how intensive farming or overgrazing can cause soil erosion.
- Identify a named activity that reduces water quality and link it to the process of change.
A natural resource is any feature or part of the environment that can be used to meet human needs exam tips
Marking Points
- Defines a natural resource as any feature or part of the environment that can be used to meet human needs.
- States the criterion used for each classification, such as origin or replenishment rate.
- Identifies biotic resources as coming from living or once-living organisms, with an example such as timber or fish.
- Identifies abiotic resources as non-living, with an example such as wind, sunlight or iron ore.
- Explains renewable resources as replenished on a human timescale and non-renewable resources as finite, not replaced on that timescale.
- Applies both classification axes to a named resource, showing that each axis is judged separately.
- Describes exploitation as using an environment to obtain a benefit, such as water, food or energy.
- Explains fossil fuel extraction as a way of obtaining energy, with an example such as coal mining or oil drilling.
- Explains fishing as a way of obtaining food by removing wild fish from seas or rivers.
- Explains farming as a way of obtaining food by converting land to crop or livestock production.
- Explains deforestation as clearing forest for timber, fuel or farmland, linked to the benefit people obtain.
- Recognises that water is also obtained from the environment, such as from rivers or aquifers, though it is not a bracketed example.
- Identifies at least one named environmental change, such as reduced biodiversity, soil erosion, or reduced water or air quality.
- Links each change to a specific exploitation activity, such as forest clearance or the burning of fossil fuels.
- Explains the process by which the change occurs, such as loss of vegetation cover leading to soil erosion.
- Supports the explanation with a named place or example, such as a specific deforested area or river catchment.
- Covers each of the named impact types, or develops one impact in depth with a clear, accurate example.
Examiner Tips
- 💡Learn one example for each of the four labels and check that each example fits its category before you choose an answer.
- 💡When a question asks you to classify a resource, name the system you are using before placing it.
- 💡In multiple-choice items, eliminate options that contradict the definition of renewable or non-renewable first.
- 💡Link every method to the specific resource it provides, for example fishing gives food.
- 💡For multiple-choice items, check whether each option names a method and the benefit it provides.
- 💡Use the bracketed examples as a checklist, then add water as an additional purpose.
- 💡Structure each point as activity, then process of change, then consequence.
- 💡Use one clear example per point, naming the place, resource or activity.
- 💡Check that every impact is explained through a cause rather than simply described.
Common Mistakes
- Treats renewable as meaning unlimited, ignoring that renewable resources can be depleted if they are overused. Correction: renewable means replenished on a human timescale, so sustainable management still matters.
- Describes sunlight as biotic because it supports plant growth. Correction: sunlight is non-living, so it is abiotic.
- Confuses biotic with biodegradable. Correction: biotic describes the origin of a resource, not whether it decays.
- Treats deforestation as a method of obtaining water only. Correction: deforestation supplies timber, fuel or land, so match it to those benefits.
- Lists the bracketed examples without explaining how each one provides water, food or energy. Correction: state the link between each method and the benefit.
- Limits the answer to food and energy, ignoring water. Correction: include water as a purpose of exploitation alongside food and energy.
- Describes the resource itself, such as oil or timber, without naming any change to the environment; name the environmental change and its cause.
- Merges water quality and air quality into one vague impact; keep each as a separate consequence with its own cause.
- Lists environmental changes such as soil erosion without an activity; link each change to a named exploitation activity.
- States that exploitation always destroys the environment; explain that impacts depend on scale, technology and management.