RESOURCES AND DEVELOPMENT
Definition of Resources
Everything available in our environment that can be utilized to satisfy human needs, provided it is:
Technologically accessible
Economically feasible
Culturally acceptable
Termed as ‘Resource’.
Relationship Between Nature, Technology, and Institutions
Transformation of materials in our environment involves an interactive relationship between:
Nature
Technology
Institutions
Human beings interact with nature via technology.
Institutions are created to expedite economic development.
Nature of Resources
Resources are not free gifts of nature.
They are a function of human activities.
Human beings are crucial components of resources.
Humans transform materials in the environment into resources for utilization.
Classification of Resources
On Basis of Origin:
Biotic: Resources derived from living things (e.g., plants, animals).
Abiotic: Resources derived from non-living things (e.g., minerals, water).
On Basis of Exhaustibility:
Renewable: Resources that can replenish (e.g., solar energy, wind).
Non-renewable: Resources that do not replenish (e.g., fossil fuels, minerals).
On Basis of Ownership:
Individual: Owned by individuals (e.g., personal property).
Community: Owned by communities (e.g., grazing lands).
National: Owned by the state (e.g., national parks).
International: Resources shared globally (e.g., oceans).
On Basis of Development Status:
Potential: Resources that are not currently in use but have the potential to be exploited.
Developed Stock: Resources that are utilized extensively.
Reserves: Resources that are identified but not yet used.
Example Activity
Identify and list items that enhance comfort in villages and towns, along with their materials.
Importance of Resources
Vital for human survival and maintaining quality of life.
Historical belief that resources are free gifts of nature led to indiscriminate use.
Major Problems Caused by Indiscriminate Use of Resources
Depletion of resources leading to scarcity.
Accumulation of resources in the hands of a few, resulting in societal divisions between the rich and poor.
Indiscriminate exploitation has resulted in:
Global ecological crises e.g., global warming, ozone depletion, pollution, land degradation.
Implication of Resource Distribution
Equitable distribution is essential for sustained quality of life and global peace.
Continuous depletion threatens the future of the planet.
Resource Planning for Sustainable Development
Resource planning is essential for the sustainable existence of life forms.
Sustainable Development Definition:
“Development should occur without harming the environment, and the needs of future generations should not be compromised.” - Rio de Janeiro Earth Summit, 1992.
Earth Summit Details:
Convened in June 1992, attended by over 100 world leaders.
Addressed environmental protection and socio-economic development.
Outcomes included:
Declaration on Global Climatic Change and Biological Diversity.
Endorsement of global Forest Principles.
Adoption of Agenda 21 for sustainable development in the 21st century.
Agenda 21
Declaration signed during the 1992 UN Conference on Environment and Development in Rio de Janeiro.
Aims for global sustainable development.
Focuses on combating:
Environmental damage
Poverty
Disease
Advocates local governments to create their own local Agenda 21.
Resource Planning in India
A widely accepted strategy for judicious resource use, important due to India's resource diversity.
Regions vary in resource availability, leading to:
Rich sites in some areas.
Deficiencies in others.
Examples:
Jharkhand, Chhattisgarh, Madhya Pradesh: Rich in minerals and coal.
Arunachal Pradesh: Abundant water resources but infrastructurally weak.
Rajasthan: Rich in solar and wind energy but lacks water resources.
Ladakh: Rich cultural heritage, deficient in water and minerals.
Disparities in Resource Richness and Economic Development
Some resource-rich regions remain economically poor due to:
Technology and institutions hindering development.
Conversely, regions with fewer resources may be economically prosperous.
Historical Context of Resource Utilization
Colonization was driven by resource exploitation.
Colonizers' technological superiority permitted resource extraction from colonies.
India’s development, particularly in resources, reflects historical exploitation and necessity for technology and institutional change.
Conservation of Resources
Essential for avoiding socio-economic and environmental issues.
Historical figures emphasized conservation, including Gandhiji, who criticized greedy consumption.
Resource Planning as a Complex Process
Identification and Inventory of Resources:
Mapping and assessing quality and quantity.
Evolving a Planning Structure:
Requires appropriate technology, skills, and institutions for execution.
Matching Plans with National Development:
Aligning resource development with national goals.
Land Utilization in India
Total geographical area: 3.28 million sq km, though data only available for 93% due to incomplete surveys.
Land Use Categories
Forests
Non-Cultivated Lands:
Barren/Waste Lands
Non-agricultural Uses (properties, roads, etc.)
Other Uncultivated Lands:
Permanent Pastures, Tree Crops, Culturable Waste Lands.
Fallow Lands:
Current Fallow: Left uncultivated for one agricultural year.
Other Fallow: Left for 1-5 years without cultivation.
Net Sown Area:
Physical extent where crops are grown. Gross cropped area varies with multiple sowings.
Factors Influencing Land Use Patterns
Determined by:
Physical Factors: Topography, climate, soil types.
Human Factors: Population density, technology, culture.
Soil as a Resource
Soil is the essential renewable resource, critical for plant growth and sustaining life.
Formation takes millions of years; influenced by various natural and human factors.
Classification of Soils in India
Alluvial Soils:
Found in northern plains, fertile, ideal for cereals and pulses.
Classified as Old Alluvial (Bangar) and New Alluvial (Khadar).
Black Soils:
Dark in color, known for moisture retention, ideal for cotton.
Found in the Deccan trap region.
Red and Yellow Soils:
Develop in low rainfall regions, suitable for various crops.
Laterite Soils:
Occur in tropical climates, acidic and nutrient-deficient but useful for certain crops after treatment.
Arid Soils:
Sandy, saline, require specific irrigation.
Forest Soils:
Varied texture in hilly areas, essential for maintaining ecological balance.
Soil Erosion and Conservation
Soil erosion defined as the washing away of topsoil, often exacerbated by human interference.
Techniques to combat soil erosion include:
Contour ploughing
Terrace farming
Shelter belts for wind protection
Exercises and Projects
Multiple-choice questions on land degradation, soil types, and practices.
Short answer questions on soil features and control measures for erosion.
Project ideas include studying local resource consumption and conservation strategies.
Conclusion
Awareness of resource types, sustainable development, and active conservation measures is crucial for maintaining ecological balance and ensuring long-term prosperity in society.