Geographies of Energy and Industry - Lecture 7

Economic Activities

• Primary activities: farming, fishing, forestry, and mining, dependent on resource availability.
• Secondary activities: manufacturing, converting primary products into more valuable items, requiring labor, energy, and a market.
• Tertiary activities: moving, selling, trading goods from the primary and secondary sectors, including professional and financial services.
• Quaternary activities: specialized information processing and control of business enterprises, including management consulting and education.

Product Lifecycle

• Raw material extraction → Manufacturing → Transportation → Utilization → Disposal / Recycling / Reuse.

The Industrial Revolution

• Timing: Mid-18th to mid-19th centuries.
• Location: England was the first industrial area.
• Contributing Factors:
  • New political, legal, and economic institutions in 17th-century Europe.
  • Cultural preconditions: hard work, rationality, frugality, and education.
• Uneven Process: Other Western European countries industrialized later, some focusing on different industries (e.g., Belgium emphasizing metallurgy over textiles).
• Key Aspects:
  • Large-scale factory production.
  • Localized energy sources (e.g., coal).
  • Rapid urbanization due to worker migration to employment centers.

The Capitalistic Era

• Origin: Dates back to the 16th century with merchant capitalism and small urban workshops.
• Shift: Social, economic, cultural, technical, and legal-political conditions led to large-scale capitalist industry in the 18th century.
• Emphasis: Individual success and profits.
• England's Role: Led in technological innovations (coal-powered furnaces, spinning jennies, steam engines, and energy looms).
• Strategic Localization: Industries located near energy and raw material sources.
• Cost Minimization: Spurred industrial and transport revolutions.
• Impact: Significant urban growth and economic development.

Fossil Fuel Sources of Energy

• Oil:
  • Integral to the global economy and linked with global politics.
  • Concerns: price fluctuations, remaining reserves, political stability, transnational oil company activities, corruption, and environmental issues.
  • Shift in Production: Middle East now dominates.
  • Major Consumers: United States, China, and Japan rely on imports, leading to global oil trade.

*Major oil trade movements (million tones)

Organization of Petroleum Exporting Countries (OPEC)

• Founded: 1960 by Iran, Iraq, Kuwait, Saudi Arabia, and Venezuela.
• Role: Coordinates oil policies of its members.
• Members: Algeria, Angola, Ecuador, Iran, Iraq, Kuwait, Libya, Nigeria, Qatar, Saudi Arabia, the United Arab Emirates, and Venezuela.
• Influence: Controls production levels, affecting oil prices and global economies.
• Impact of Fluctuations: Oil price fluctuations (due to economic uncertainties, political events, and natural disasters) have global repercussions.

Top Oil Producing Countries and Reserves

Production (Million Barrels/Day)

• Saudi Arabia: $11.5$
• Russian Federation: $10.8$
• United States: $10.0$
• China: $4.2$
• Canada: $3.9$
• United Arab Emirates: $3.7$
• Iran: $3.6$
• Kuwait: $3.1$
• Iraq: $3.1$
• Mexico: $2.9$
• Venezuela: $2.6$
• Nigeria: $2.3$

Proven Reserves (Billion Barrels)

• Venezuela: $298.3$
• Saudi Arabia: $265.9$
• Canada: $174.3$
• Iran: $157.0$
• Iraq: $150.0$
• Kuwait: $101.5$
• United Arab Emirates: $97.8$
• Russian Federation: $93.0$
• Libya: $48.5$
• United States: $44.2$
• Nigeria: $37.1$
• Kazakhstan: $30.0$

Future of Oil

• Unsustainability: Current global dependence is unsustainable despite proven reserve increases.
• Increasing Demand: Expected to drive oil prices upward (especially from developed nations and industrializing countries like China).
• Potential Transformation: Oil wealth can transform economies (e.g., São Tomé and Principe, East Timor).
• Challenges: Mismanagement and conflicts hinder equitable distribution and environmental preservation.

Principal Oil-Consuming Countries

• United States: $19.9$
• China: $12.1$
• Japan: $5.0$
• India: $4.2$
• Russian Federation: $3.7$
• Saudi Arabia: $3.2$
• Brazil: $3.2$
• Germany: $2.7$
• South Korea: $2.6$
• Canada: $2.5$
• Iran: $2.2$
• Mexico: $2.1$
• France: $1.9$
• Indonesia: $1.8$
• United Kingdom: $1.7$

Natural Gas

• Initial Status: Byproduct of oil extraction, often wasted due to transportation challenges.
• Transportation Advancement: Liquefied natural gas (LNG) technology emerged in the mid-20th century.
• Commercial Use: Began in the 1960s as an alternative to home heating oil.
• Distinct Markets: North America, Europe, and Asia with varying prices.

Natural Gas Production

• United States: $20.6$
• Russian Federation: $17.9$
• Iran: $4.9$
• Qatar: $4.7$
• Canada: $4.6$
• China: $3.5$
• Norway: $3.2$
• Saudi Arabia: $3.0$
• Algeria: $2.3$
• Indonesia: $2.0$
• Netherlands: $2.0$

Environmental Considerations and Reserves

• Environmentally Favorable: Compared to oil or coal due to reduced carbon dioxide emissions.
• Increasing Reserves: Known reserves have increased since the 1990s.
• Unconventional Resources: Development of shale gas through horizontal drilling and hydraulic fracturing (fracking).
• Controversy: Environmental concerns and varying regulations.

Proven Natural Gas Reserves

• Iran: $18.2$
• Russian Federation: $16.8$
• Qatar: $13.3$
• Turkmenistan: $9.4$
• United States: $5.0$
• Saudi Arabia: $4.4$
• United Arab Emirates: $3.3$

Coal

• Extraction Methods: Underground mining (about 60% globally), surface mining (dominates in Australia and the United States).
• Types of Coal: Varying uses from peat to anthracite.
• Environmental and Safety Concerns: Hazardous underground conditions, methane release, waste byproducts, groundwater contamination, and landscape alterations.

Coal Proven Reserves, Production, and Consumption

World Industrial Geography

• Control by: North America, Europe, and Pacific Asia.
• Location Factors: Production technology, labor costs, raw material/energy access, capital, market demand, land costs, and environmental regulations.
• Traditional Theories: Least-cost theory and market-area analysis remain relevant.
• Adaptation: Constant adjustment to changing production landscapes and cost dynamics due to energy and raw material uncertainties.

Industrial Regions

• Eastern North America:
  • Rich industrial history dating back to European settlement.
  • Influenced by proximity to Europe, raw materials, labor pool, urbanization, and transportation networks.
• Western Europe:
  • Mirrors Eastern North America.
  • Includes central/northern Britain, the Ruhr and mid-Rhine valleys, and northern Italy.
  • Adaptation: Regions like the Ruhr Valley and northern Italy diversified industrial bases.

Major World Industrial Regions

• Eastern North America.
• Western Europe.
• Western Russia and Ukraine.
• South and Eastern China.
• Japan.

Japan

• Post-World War II: Emerged as a significant industrial power despite limited natural resources.
• Industrial Landscape: Underwent phases, excelling in heavy industries before transitioning to automobiles, electronics, and biotechnology.
• Success Factors: Low labor costs, high productivity, technical education, and collaboration between small firms and corporate giants.
  *Biotechnology sectors: agriculture and food market, pharmaceutical and medical market, environmental biotechnology, bioenergy, fuel and refinery, and bioplastics.

Industrial Regions in Russia and Ukraine

• Historical Influence: Shaped by central planning agencies until the late 1980s/early 1990s.
• Spatial Pattern: Relatively stable despite governance changes.
• Major Areas: Moscow and Ukraine (strong coal, iron, and steel industries).
• USSR Development: Volga area, the Urals, and the Kuznetsk area remain significant contributors.

Newly Industrializing Countries (NICs)

*Japan's model inspired Asian countries such as: South Korea, Taiwan, Hong Kong, Singapore, Malaysia, Thailand, Indonesia, and the Philippines (NICs).

• South Korea: Transformed from an agricultural economy to an industrial powerhouse in less than 40 years.
• Heavy Industry Focus: Shifted to automobiles and high-technology products.
• Export-Processing Zones (EPZs): Incentives to attract transnational corporations (inexpensive land, financial concessions, low-cost labor).
  • Low-cost labor force consisting of young women.
  • Hubs for manufacturing and assembly linked to high-tech companies (e.g., Silicon Valley).

Export-Processing Zones

*Number of export processing zones located in different regions.

China

• Economic Growth: Remarkable growth since 1978, with an average GDP increase of nearly 10% per year.
• Economic Influence: Second-largest economy, poised to surpass the United States.
• Global Role: Significant trading nation, consumer, attracts foreign investment, and dominates manufacturing.
• Resource Demand: Led to rising oil prices and increased trade with the EU, the US, and Japan.
• Investments: Investments in Africa and Australia reshaped global trade dynamics.

Special Economic Zones in China

• Special economic zones in China include:
  • Pudong District, Shanghai Municipality
  • Xiamen, Fujian Province
  • Shantou, Guangdong Province
  • Shenzhen, Guangdong Province
  • Zhuhai, Guangdong Province
  • Hainan Province

Environmental and Political Consequences in China

• Environmental Challenges: Pollution from coal-fired power plants and water scarcity.
• Priorities: Industrialization and urbanization often at the expense of environmental sustainability.
• Political Framework: Restrictions on democratic rights.

India

• Industrial Development: Since independence in 1947.
• Diversified Structure: Initially focused on agriculture, now diversified.
• Five-Year Plans: Implemented since 1951, emphasizing heavy industry, self-reliance, and social justice.
• Success Factors: Substantial market, abundant resources, ample labor, and effective government planning.
• IT Industry: Thriving, with Bangalore as a key hub.

Outsourcing and Economic Comparison of China and India

• Outsourcing: Benefited from relocation of employment from North American and European countries (e.g., call centers).
• GDP and Exports: GDP lags behind China, and exports are significantly lower.
• Economic Trajectory: Anticipated industrial expansion faces challenges (slowing economic growth, political and bureaucratic hurdles).

Industrial Restructuring

• Driving Forces: Technological advances and globalization.
• Flexible Accumulation: Adoption of production technologies for rapid adjustments, temporary employment, multiple locations, and information technology.
• Reindustrialization: Counteracting industrial decline through competitive firms, high-tech industries, and service sector growth.

Colin Clark's Sector Model

*Model of an economy undergoing technological change.
*In later stages, the Quaternary sector of the economy grows.

Information Technologies

• Influence: While labor and land costs matter, technology and information exchange introduce new considerations.
• Decentralization vs. Centralization:
  • Decentralization: Favored by firms mass-producing standard products, relying on electronic communication.
  • Centralization: Occurs when firms require person-to-person interaction due to product complexity.
• Spatial Concentration: Provides a competitive advantage through collaboration, skilled labor access, and knowledge sharing.

Service Sector

• Global Employment: More than doubled since 1960 (from about 20% to over 40%).
• Activities: Transportation, utilities, insurance, real estate, education, health, and government.
• Contribution: Significant to economic growth and development.
• UAE Tertiary Industries: tourism and hospitality, financial services, trade and commerce, aviation, and telecommunications and information technology.

Percentage of Labor Force in Services

*World map showing percentage of labor force in services by country.