When Does Nature Become a Resource?
Nature = all living & non-living things in our environment NOT created by humans. When humans start using them for their needs → they become Resources.
⬆️ Fig 1.2: Microhydel plant — flowing water converted to electricity (left) • Fig 1.3: Offshore oil rig extracts petroleum from under the sea (right)
1) Technologically Accessible — we must have the tech to extract it
2) Economically Feasible — extraction cost must be worth it
3) Culturally Acceptable — e.g., cutting trees in sacred groves is NOT acceptable
- Obvious ones: Water, Air, Soil
- Less obvious: Coal, Petroleum, Precious Stones
- Also: Metal ores, Timber, Natural gas — all formed over millions of years!
Categories of Natural Resources
Categorisation helps us communicate effectively. One word says it all — just like "living" vs "non-living"!
Air, Water, Food/Soil. Life cannot exist without these. We cannot make them!
Wood, marble, gold, coal. India's diversity = wide variety!
Coal, water, petroleum, gas, sunlight, wind. Energy = cornerstone of modern life!
⬆️ Fig 1.4: Gentle ploughing minimises soil disturbance & retains moisture (left) • Fig 1.5: Honey — one of Nature's gifts (right)
Renewable vs Non-Renewable
Nature works in restoration & regeneration cycles — no waste! A cut heals. Forests recover after wildfire. A fallen tree decomposes → enriches soil → new trees grow. 🌀
| 🟢 Renewable Resources | 🔴 Non-Renewable Resources |
|---|---|
| Replenished naturally over time | Cannot be replenished at rate we use them |
| Solar, Wind, Water, Forest timber | Coal, Petroleum, Iron ore, Copper, Gold |
| Stay renewable ONLY if not over-exploited | Once used — effectively gone forever |
| India's rivers fed by rain & glaciers | India's coal reserves may last ~50 more years |
⬆️ Fig 1.7: River water — renewable as long as glaciers & forests exist (left) • Fig 1.8: Timber is renewable only if forests are allowed to regenerate (right)
Renewable can become non-renewable if overused! Fossil fuel burning + deforestation are melting Himalayan glaciers faster than rain can refill them → water security threat for millions!
Traditional communities stopped fishing during spawning season to let fish recover. Commercialization led to over-fishing. Tuna is dangerously declining — it keeps ocean ecosystems in balance!
Distribution of Natural Resources
- Resources are NOT evenly distributed — within countries or globally
- Shapes human settlements, trade, international relations & wars!
🗺️ Fig 1.11: Distribution of important minerals in India — Coal, Oil & Iron Ore are concentrated in specific regions
- Industries near resources = jobs
- Townships & economic growth
- Better quality of life
- People displaced from homes
- Sacred places threatened
- Environmental damage
⬆️ Fig 1.13: Mettur Dam, Tamil Nadu — built on the Kaveri river, shared by multiple states
Nature ignores political boundaries! Kaveri water shared among Karnataka, Tamil Nadu, Kerala & Puducherry. Careful negotiations were needed. International disputes are even harder!
The Paradox of Plenty
Natural Resource Curse / Paradox of Plenty =
Having lots of resources ≠ rich country! Many resource-rich regions have slower growth because they fail to develop industries that convert raw resources into higher-value products.
India invests in building value-adding industries. Formula: Human knowledge + Good governance + Strategic planning = Lasting benefits (not temporary windfalls).
Responsible Use & Stewardship
- Pollution — air, water, soil contaminated
- Biodiversity Loss — decline in variety of life on Earth
- Climate Change — accelerating at alarming pace
⬆️ Fig 1.10: Industrial waste discharged into rivers — disrupting Nature's regeneration cycle
- Extraction rate > replenishment
- Many cities running out
- Fix: water harvesting, pond rejuvenation, reuse
- Chemicals damage soil health
- Traditional fix: cow dung, mulching, multi-cropping
- Need to replenish & rejuvenate
Cement = one of the most polluting industries. Fine dust damages lungs. Better options: traditional stone & mud, plant-based materials, recycled waste — combined with modern tech.
Fig 1.18: Jaisalmer fort — 12th century mud + sandstone still standing! • Fig 1.19: Auroville Earth Institute modern mud building (UNESCO)
Ancient Indian botanical science (~10th century CE). Covers:
- Specific plants for different soil types
- Seed collection, preservation & pre-planting treatments
- Irrigation techniques by season & plant species
- Natural pest management with companion planting
- Crop rotation to maintain soil health
Case Studies
⬆️ Fig 1.15: Extraction of groundwater (left) • Fig 1.16: Wet paddy fields needing heavy irrigation (right)
- Punjab = Green Revolution state — made India self-sufficient in food
- 1960s: Shifted to high-yielding wheat & paddy — needed far more water
- Free electricity → massive over-pumping of groundwater
- Chemical pesticides + fertilizers dissolved into groundwater → serious health hazards
- ~80% of Punjab area = "over-exploited"
- Water table now 30+ metres deep in many areas!
🗺️ Fig 1.17: Depth to Water Level Map of Punjab (June 2022) — darker = deeper water table (worse situation)
⬆️ Fig 1.20: Organic farming in Sikkim — a whole-state transformation!
- Pema's family: declining yields + debt from chemicals → switched to organic
- Used compost, neem & garlic for pests, multi-cropping year-round
- First 5 years: yields dropped (soil recovering from chemical damage)
- 2016: Sikkim = India's first 100% Organic State! 🏆
- Biodiversity flourished — insects & birds returned to farms
- Tourism increased; farmers' incomes grew 20% on average!
- Sikkim is now a global model for sustainable agriculture
🌞 Fig 1.21: Bhadla Solar Park, Rajasthan — one of world's largest; powers ~15% of Rajasthan's needs!
- International Solar Alliance (ISA) — India & France launched it in 2015
- Coalition of sunshine-rich countries harnessing solar energy together
- India channeled billions of dollars into solar projects for developing nations
- Goal: switch from fossil fuels to renewables as fast as possible
⬆️ Fig 1.22: Solar farm near Raichur, Karnataka — India's renewable revolution in action
Quick Summary
- Natural Resource = from Nature, valuable to humans, must be accessible + feasible + culturally OK
- 3 Uses: Life (air/water/soil) | Materials (wood/marble) | Energy (coal/solar)
- Renewable = replenish naturally — but ONLY if we don't over-exploit
- Non-renewable = coal, petroleum, minerals — use wisely!
- Resource Curse = more resources ≠ prosperity without value-adding industries
- Irresponsible use → Pollution + Biodiversity loss + Climate change
- We must be stewards — restore, regenerate, sustain for future generations
↙️ ↓ ↘️
By Use By Type Key Issues
Life|Materials|Energy Renewable/Non-renewable Distribution|Overuse|Stewardship