Natural Resources and Their Use

1. Chapter at a glance

• Natural resources are materials and substances occurring in nature that are valuable to humans; they become resources only when technologically accessible, economically feasible and culturally acceptable.
• Natural resources are categorised by use (essential for life, materials, energy) and by renewability (renewable and non-renewable).
• Nature works through restoration (returning to original state) and regeneration (creating new life and conditions for thriving); renewable resources remain renewable only if these natural rhythms are not disturbed.
• Natural resources are unevenly distributed; this shapes human settlements, economic activities, trade, and can lead to conflicts over sharing (e.g., river waters).
• The “paradox of plenty” (resource curse) shows that abundant resources do not automatically bring prosperity; good governance, technology and skills are needed to convert them into lasting benefits.
• Over-exploitation of renewable resources (groundwater, soil, forests) beyond their regeneration capacity leads to depletion, pollution, biodiversity loss and long-term unsustainability.
• Responsible stewardship requires using renewables within their regenerative limits and non-renewables judiciously until sustainable alternatives are available.
• India is promoting renewable energy (International Solar Alliance, 2015) and sustainable practices (Sikkim 100% organic, 2016) while addressing cases of over-exploitation.

2. Key terms and concepts

• Natural resources: Materials/substances from nature valuable to humans; must be technologically accessible, economically feasible and culturally acceptable.
• Resources essential for life: Air, water and soil that cannot be made by humans and are basic for survival.
• Resources for materials: Natural gifts (wood, marble, metals) used to create objects of utility or beauty.
• Resources for energy: Sources such as coal, petroleum, sunlight, wind and flowing water used to generate power.
• Renewable resources: Resources that nature can restore and regenerate (solar energy, wind, timber, river water) provided human use does not exceed the rate of renewal.
• Non-renewable resources: Resources formed over millions of years (coal, petroleum, minerals, metals) that cannot be replenished at the rate they are used.
• Restoration: Process by which nature returns something to its original healthy state.
• Regeneration: Nature’s ability to create new life and conditions for thriving (e.g., forest regrowth, soil formation).
• Ecosystem functions: Inherent natural processes (e.g., trees producing oxygen, forests filtering water).
• Ecosystem services: Benefits humans receive from ecosystem functions (clean water, pollinated crops, soil protection).
• Biodiversity loss: Decline in the variety of life on Earth.
• Paradox of plenty / resource curse: Situation where regions rich in natural resources experience slower economic growth because they fail to develop higher-value industries.
• Stewardship: Responsible and wise use of resources so that renewable resources can regenerate and non-renewable resources last longer.
• Lokasangraha: Idea (from Bhagavad Gita) of acting for the wellbeing of all rather than personal desires.

3. Important facts

4. Cause and effect

• Cause: Excessive groundwater extraction for high-yielding paddy/wheat + free power → Effect: Water table drops beyond 30 m in much of Punjab; 80% area over-exploited; health hazards from chemical leaching.
• Cause: Use of chemical fertilisers and pesticides beyond soil’s regenerative capacity → Effect: Soil degradation; crop failure; need to return to traditional practices (mulching, mixed cropping, natural inputs).
• Cause: Industrial waste discharged untreated into rivers → Effect: Disturbance of nature’s restoration cycle; water becomes poisonous and unable to support life.
• Cause: Uneven distribution of minerals and water resources → Effect: Industrial townships develop near resources; employment rises but displacement and conflicts over sharing also occur (Kaveri, Brahmaputra examples).
• Cause: Over-harvesting timber or fish faster than regeneration → Effect: Resource becomes effectively non-renewable; biodiversity declines (tuna example).

5. Maps, sources and visuals

• Fig. 1.11: Map showing distribution of coal, oil, iron ore and bauxite across India; students must observe uneven spread and link to economic activities.
• Fig. 1.17: Depth-to-water-level map of Punjab & Chandigarh (June 2022) with colour-coded categories (0–2 m to >40 m bgl); interpret over-exploited zones.
• Case studies to interpret: Punjab groundwater crisis, Sikkim organic transition, cement industry pollution, International Solar Alliance/Bhadla Solar Park.
• Visuals: Offshore oil rig, microhydel plant, waste discharge into river, Jaisalmer fort (mud architecture), Auroville earth building, solar farms.

6. Common misconceptions and exam pitfalls

• Thinking renewable resources are “unlimited” — the chapter stresses they remain renewable only if use does not exceed regeneration rate.
• Confusing “resource curse” with absence of resources — it is the inability to add value through industries/skills despite abundance.
• Assuming all conflicts are only international — inter-state examples (Kaveri) and displacement of local communities are equally important.
• Overlooking cultural acceptability — sacred groves and traditional practices are given as reasons why some resources are not exploited.
• Writing generic answers on “save resources” instead of using chapter terms: restoration, regeneration, stewardship, lokasangraha, paradox of plenty.