Natural Resources and Their Use

1. Chapter Overview

Chapter 1, Natural Resources and Their Use, explores how elements of Nature become resources when humans use them, how natural resources can be categorised, why their distribution matters, and what happens when they are used faster than Nature can restore or regenerate them.

2. When Does Nature Become a Resource?

Nature includes the living and non-living forms that exist in our environment and have not been created by humans. When people use elements of Nature for sustenance or create useful things from them, those elements can become resources.

Example: Tree → Resource

Three conditions discussed in the chapter

Resources around us

• Air, water and soil are essential for life.
• Wood, marble, coal, gold and metal ores can provide materials.
• Coal, petroleum, natural gas, sunlight, wind and flowing water can provide energy.
• Honey and other products from living systems can also become useful resources.

3. Categories of Natural Resources

Categorisation helps us group resources according to shared characteristics and communicate about them more clearly.

3.1 Resources Essential for Life

• Air: necessary for breathing and life processes.
• Water: essential for drinking and many biological and human activities.
• Food: obtained through cultivation of soil and from other living organisms.
• Humans cannot manufacture these basic natural systems in the same way that we manufacture ordinary products.

3.2 Resources for Materials

Humans transform natural materials into useful or beautiful objects. For example, wood can be made into furniture or carved into a decorative object. India's geographical diversity provides many natural materials such as wood, marble, coal and gold.

3.3 Resources for Energy

Energy is central to modern life, transportation and production. Natural sources include coal, water, petroleum, natural gas, sunlight and wind.

4. Renewable and Non-Renewable Resources

Restoration and Regeneration

The chapter explains that Nature works through cycles of restoration and regeneration. Restoration means returning something to a healthy state after damage. Regeneration refers to Nature's ability to create new life and conditions that support life.

4.1 Renewable Resources

Renewable resources can be replenished through natural processes over time, provided their natural rate of restoration and regeneration is not disturbed.

4.2 Non-Renewable Resources

Non-renewable resources form over very long periods and cannot be replenished at the rate at which humans use them.

• Fossil fuels: coal and petroleum.
• Minerals and metals: iron, copper and gold.
• Because formation takes very long periods, they need judicious use.
• The chapter uses India's coal reserves to illustrate the need for careful use while more sustainable alternatives are developed.

5. Distribution of Natural Resources and Its Implications

Natural resources are not evenly distributed across the world or even within individual countries. This uneven distribution affects where people live, where industries develop, how trade occurs and how regions interact.

Effects of uneven distribution

• Human settlements: people and towns may grow around resource-rich areas.
• Industries: industries may locate near sources of raw materials or energy.
• Employment: resource-based industries can create local jobs.
• Trade: resources can become important commodities in regional and international trade.
• International relations: countries may have strategic interests in resource-rich regions.
• Conflicts: competition for resources can contribute to tensions and conflicts.
• Displacement: development in resource-rich regions can sometimes displace people from their homes.
• Cultural impacts: sacred places and culturally important landscapes may come under pressure.

Shared natural resources

Nature does not follow political boundaries. Rivers and other resources may cross state or national borders, requiring cooperation and management.

Wootz steel: resources + knowledge + skills

The chapter points out that natural resources combined with human knowledge and skills can create unique products such as Wootz steel. Trade in such products contributed to the development of large empires in India.

6. The “Natural Resources Curse”

The natural resource curse, also called the paradox of plenty, refers to a situation in which having abundant natural resources does not automatically produce economic prosperity.

Why can this happen?

• A region may have resources but lack the industries or skills needed to convert them into higher-value products.
• Resource extraction alone may not create broad-based economic development.
• Weak planning or governance can prevent resources from becoming lasting benefits.
• Resource-rich regions can experience environmental or social costs from extraction.

The chapter notes that India has generally avoided this curse by investing in industries that process resources to meet growing needs, while also emphasising that balancing extraction with sustainability remains a challenge.

7. Responsible and Wise Use: Stewardship

Stewardship means treating natural resources as something that humans have a responsibility to manage carefully, with attention to restoration, regeneration and sustainability.

For renewable resources

• Use them at a rate that allows natural regeneration.
• Restore degraded ecosystems.
• Reduce wasteful consumption.
• Reuse and recycle water and materials wherever possible.
• Protect biodiversity and ecological cycles.

For non-renewable resources

• Use them judiciously.
• Reduce unnecessary consumption.
• Improve efficiency.
• Develop and adopt more sustainable alternatives.

Consequences of irresponsible use

• Pollution
• Biodiversity loss
• Climate-related environmental changes
• Groundwater depletion
• Soil degradation
• Loss of ecosystem functions

8. Groundwater: Over-exploitation Caselet from Punjab

The chapter presents Punjab as a case study of how intensive resource use can create long-term sustainability problems.

What happened?

• During the Green Revolution period, farmers shifted toward high-yielding varieties of wheat and paddy.
• These crops required substantial water, increasing groundwater extraction.
• Availability of free electricity contributed to extensive pumping.
• Modern farming also involved chemical fertilisers and pesticides.
• Groundwater levels declined substantially in large parts of the state.
• The chapter notes that a large share of Punjab's area has been classified as over-exploited, meaning extraction exceeds the rate of natural replenishment.
• Chemicals from fertilisers and pesticides can also enter groundwater and create health hazards.

Possible responses

• Rainwater harvesting.
• Rejuvenation of ponds and tanks.
• Reducing wasteful water consumption.
• Processing and reusing water.
• Using agricultural practices that reduce pressure on water resources.

9. The Case of Cement

Cement is essential for houses, schools, hospitals, roads, bridges and other infrastructure, but its production can create significant environmental impacts.

Concerns

• Cement production releases fine dust.
• Dust can affect human and animal lungs.
• Dust settling on leaves can reduce plant productivity.
• Production can contribute to soil and water pollution.

Ways discussed in the chapter

• Pollution-control guidelines for cement factories.
• Development of alternative materials that can reduce pollution.
• Use of traditional materials such as stone and mud in suitable construction.
• Use of plant-based materials and recycled materials.
• Combining traditional knowledge with modern technology to create more sustainable construction methods.

10. Vṛikṣhāyurveda: Traditional Knowledge and Sustainable Practice

Vṛikṣhāyurveda is described in the chapter as an ancient Indian botanical knowledge system concerned with the study and care of plants and trees. The term combines vṛikṣha (tree) and ayurveda (science of life/health).

Practices discussed

• Choosing plants suited to different soil types.
• Seed collection and preservation.
• Pre-planting treatment of seeds.
• Irrigation according to plant species, growth stage and season.
• Natural approaches to pest management.
• Growing suitable plants together.
• Crop rotation and mixed cropping to support soil health.
• Ploughing methods that retain soil moisture and support soil organisms such as fungi, bacteria and earthworms.

11. Caselet: Organic Farming in Sikkim

The chapter uses a family farm in Sikkim to illustrate the transition from chemical-intensive farming toward organic practices.

Transition described

• The farm faced declining yields and increasing costs from chemical inputs.
• When the state promoted organic farming, the family shifted its practices.
• The transition was difficult at first because yields initially declined while soil recovered.
• The family adopted compost, natural pest repellents made with neem and garlic, and multiple crops.
• After several years, the farm recovered and produced crops such as cardamom, ginger and traditional vegetables.
• The chapter states that Sikkim became a 100% organic state in 2016.
• The caselet connects organic farming with biodiversity, tourism and farmer incomes.

12. Renewable Energy and the International Solar Alliance

Why move towards renewables?

Because non-renewable resources are finite, the chapter emphasises the need to shift toward renewable sources of energy wherever possible.

International Solar Alliance

• The chapter describes an international initiative launched by India and France in 2015.
• It focuses on cooperation among sunshine-rich countries to harness solar energy.
• The initiative includes sharing technical knowledge and supporting affordable financing for solar projects.

Bhadla Solar Park

The chapter highlights the Bhadla Solar Park in Rajasthan as an example of India's solar-energy development.

Equity in resource access

Resource management also has a social dimension. Access to basic resources such as clean water and clean air can be unequal. Some urban areas may lack adequate regular drinking-water supply, while pollution can affect people who have fewer ways to protect themselves.

13. Traditional Practices and Sustainable Use

14. Important Terms

15. Resource Management: Cause → Effect → Response

16. Chapter Concept Map

17. Quick Revision Sheet

1. Nature includes living and non-living forms not created by humans.
2. Natural resources are materials and substances from Nature that are valuable to humans.
3. For something to function as a resource, accessibility, economic feasibility and cultural acceptability matter.
4. Resources can be discussed as essential for life, materials and energy.
5. Renewable resources can regenerate, but only if their natural cycles are not disturbed.
6. Non-renewable resources form over very long periods and require judicious use.
7. Natural resources are unevenly distributed.
8. Resource distribution affects settlements, industries, trade, relations and conflicts.
9. The natural resource curse shows that resource abundance alone does not guarantee prosperity.
10. Stewardship means responsible and wise management of natural resources.
11. Punjab illustrates the consequences of groundwater over-exploitation.
12. Cement production illustrates the need to balance useful production with pollution control.
13. Vṛikṣhāyurveda provides examples of traditional plant and soil-management knowledge.
14. Sikkim's organic farming caselet illustrates a transition toward sustainable agriculture.
15. The International Solar Alliance and Bhadla Solar Park illustrate movement toward renewable energy.

18. NCERT-Style Activities for Practice

19. Chapter Questions for Written Practice

1. What makes an element of Nature a resource?
2. Explain the difference between restoration and regeneration.
3. Why are renewable resources not unlimited?
4. Distinguish between renewable and non-renewable resources with examples.
5. How does uneven distribution of resources affect human settlements?
6. Explain the natural resource curse with an example.
7. What is stewardship? Why is it important?
8. What lessons can be learned from the groundwater case in Punjab?
9. How can traditional knowledge contribute to sustainable resource use?
10. Why is a transition toward renewable energy important?

20. Interactive 30-Question Quiz

Choose one answer for each question and click Check Score.