India and the World: Natural Resources and Their Use
The Definition and Conversion of Nature into Resources
Conceptual Definition of Nature: One meaning of the word ‘Nature’ is the totality of all life and non-life forms that constitute our environment but have not been created by human intervention. These elements exist independently of humans (e.g., a tree in a forest).
The Transition to ‘Resource’: Elements of Nature become ‘resources’ when humans utilize them for sustenance or transform them into new objects for consumption. For instance, wood from a tree becomes a resource only when it is cut and converted into furniture.
Criteria for Determining a Resource: For a natural entity to be classified as a resource, it must satisfy three specific conditions:
Technological Accessibility: Humanity must possess the technology required to reach and extract the entity (e.g., petroleum deep under the ocean must be reachable).
Economic Feasibility: The cost of extraction and processing must not be prohibitively high compared to the value of the material.
Cultural Acceptability: The extraction or use of the entity must not violate cultural or social norms (e.g., cutting trees in a sacred grove may be culturally unacceptable).
Terminology Note on ‘Exploitation’: While the word often carries a negative connotation, in the context of natural resources, it refers specifically to the ‘extraction, utilization, and consumption’ of those resources.
Earth’s Treasures: Many resources have formed over millions of years. These include:
Obvious resources: Water, air, and soil.
Not-so-obvious resources: Coal, petroleum, precious stones, metal ores, and timber.
Categorization of Natural Resources by Utility
Resources can be categorized based on the specific uses humans put them to:
Resources Essential for Life: These are resources without which life cannot exist on Earth. We obtain these from the atmosphere (air), water bodies like rivers and ponds (water), and the cultivation of soil (food). Humans cannot synthesize air, water, or soil.
Resources for Materials: Humans use Nature’s gifts to create physical objects for utility or aesthetic beauty. India’s geographical diversity offers a wide variety of these, ranging from wood and marble to coal and gold.
Resources for Energy: Energy is the cornerstone of modern life, powering buildings, transportation, and production. Diverse natural sources provide this energy: coal, water, petroleum, natural gas, sunlight, and wind.
Categorization by Renewability: Restoration and Regeneration
Nature operates on principles of restoration and regeneration, functioning in cycles where waste does not exist (e.g., a fallen tree decomposes into the soil to nourish new plants).
Restoration: The process of returning something to its original healthy state after it has been degraded or damaged (e.g., a forest recovering after a wildfire).
Regeneration: This goes beyond restoration; it is the inherent ability of Nature to create new life and conditions for thriving (e.g., planting original tree species to enable birds and animals to return).
Renewable Resources: These resources exhibit restorative characteristics over time. Examples include:
Solar energy and wind energy.
Energy from flowing water.
Timber from forests (provided harvest rates do not exceed growth rates).
Condition for Renewability: The natural rhythm of restoration and regeneration must not be disturbed. If resources are harvested faster than they can replenish, they become depleted.
Non-Renewable Resources: These are resources created over vast geological periods that cannot be replenished at the rate they are consumed. Examples include:
Fossil fuels (coal and petroleum).
Minerals and metals (iron, copper, gold).
India’s Coal Reserves: India has significant coal reserves, but estimates suggest they may only last another years due to increasing population and development. Judicious use is required until sustainable alternatives are widely available.
Distribution of Natural Resources and the ‘Resource Curse’
Uneven Distribution: Natural resources are not spread evenly across the planet. This inequality impacts human settlement, trade patterns, and international relations. It is often a primary cause of wars and conflicts.
Economic Impact: Industries located near resource-rich areas create local employment and modern townships, but often at the cost of displacing local populations and threatening sacred sites.
Trade and Empires: Geographic location of resources, combined with human skill, creates unique products (e.g., Indian Wootz steel), which historically fueled the development of large empires and national/international trade.
The Natural Resource Curse (Paradox of Plenty): Some resource-rich regions experience slower economic growth because they fail to develop industries that convert raw materials into higher-value products. India has generally avoided this by investing in such industries.
Political Boundaries: Nature ignores political lines. This leads to tensions, such as the sharing of the Kaveri River water among Karnataka, Tamil Nadu, Kerala, and Puducherry, or the management of the Brahmaputra river.
Environmental Consequences and Stewardship
Ecosystem Functions vs. Services:
Ecosystem Functions: Inherent natural processes, such as a forest naturally filtering water or trees producing oxygen.
Ecosystem Services: The benefits humans receive from these functions, such as clean water or pollinated crops.
Oxygen Data: A mature tree produces roughly of oxygen per day. A human being requires approximately per day (subject to height, weight, and activity level).
Groundwater Depletion (The Punjab Caselet):
Punjab was the center of the Green Revolution, but the shift to high-yielding varieties of wheat and paddy in the 1960s required more water.
Factors like free power led to over-pumping. Over of Punjab is now classified as ‘over-exploited’.
Groundwater in large parts of the state is inaccessible up to depths of . Chemicals from pesticides/fertilisers have contaminated the remaining supply.
Soil Degradation: Excessive use of chemical fertilizers and pesticides has harmed soil health. Traditional practices (cow dung, mulching, multi-cropping) viewed soil as part of ‘Mother Earth’ and maintained its health more effectively.
Industrial Pollution (The Case of Cement): Cement is vital for infrastructure but is one of the most polluting industries, releasing dust that damages lungs, decreases crop yields, and pollutes soil and water. Alternatives include mud-based architecture (e.g., the Jaisalmer Fort from the century or modern buildings in Auroville).
Sustainable Agriculture and Traditional Knowledge
Vrሱksሱāyurveda: An ancient Indian botanical science (dating back millennia; formalized around the century CE in Surapala’s texts) that provides detailed knowledge on:
Specific plants for different soil types.
Seed preservation and pre-planting treatments.
Irrigation techniques varying by species and season.
Natural pest management and ploughing methods to retain soil moisture and microorganisms (fungi, bacteria, earthworms).
Sikkim’s Organic Transition:
Faced with declining yields and debt, Sikkim shifted to organic farming.
In 2016, it became the world’s first organic state.
Outcomes: Biodiveristy flourished, tourism increased, and farmers’ incomes grew by an average of .
Global Initiatives and Ethical Frameworks
International Solar Alliance (IASE): Launched by India and France in 2015, this coalition of sunshine-rich countries aims to harness solar power. Symbols of this ambition include the Bhadla Solar Park in Rajasthan.
Stewardship and Lokasangraha: Sustaining life requires respect for Nature and act as ‘stewards’. The Bhagavad Gģtā introduces the concept of lokasangraha, meaning acting for the wellbeing of all by transcending personal desires.
Historical Methodology: Darker Periods
Detachment and Sensitivity: Historians suggest that ‘darker chapters’ (war, bloodshed, Nazism) should not be omitted but analyzed dispassionately. The goal is to understand how these events became possible to avoid their recurrence.
Avoidance of Blame: It is logically unacceptable to hold current generations (e.g., today’s Germans) responsible for past atrocities (e.g., World War II, 1939–1945). Instead, history serves to heal the past and build a future free of such violence.