chapter 10
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Economic Activity: Three Sectors
Primary Activities (Identification and extraction of natural resources, including agriculture)
Involves mining, fishing, forestry, and agriculture.
Occurs where suitable resources are available.
Focus on location and discussion of agricultural activities.
Secondary Activities (Processing, transformation, fabrication of raw materials)
Also includes assembling raw materials into manufactured goods.
Requires raw materials, labor, energy supply, and market.
Manufacturing typically in factories, resulting in standardized products.
Tertiary Activities (Moving, trading, maintenance of goods, personal, business, government services)
Includes service sector operations: trade, hospitality, finance, health care, law, etc.
Tertiary sector subdivisions: quaternary (knowledge-based services) & quinary (high-level decision-makers).
Further Tertiary Sector Subdivisions
Tertiary Sector Breakdown:
Tertiary Activities: Selling goods & services to consumers and businesses (e.g., retail, transportation, hospitality, finance).
Quaternary Activities: Knowledge-based services (e.g., research, media, education).
Quinary Activities: Services by high-level decision-makers (e.g., executives, policymakers).
Alternative Categorization of Service Activities:
Personal Services: Haircuts, restaurants, clothing, entertainment.
Business Services: Advertising, insurance, law, banking, transportation.
Government Services: Education, healthcare, policing, fire protection, military, other governmental services.
Classification highlights the service sector's diversity and nuanced subdivisions, serving as a framework for understanding economic activity.
Recognition of overlapping roles (e.g., consumers visiting accountants, business travelers utilizing personal services) within these service categories.
Imperfection in classification noted due to fluid boundaries between personal, business, and government services.
Automobile Ownership in Canada
Canada owns around 23.5 million personal automobiles, ranking twelfth-highest globally in ownership.
Automobiles are integral to Canadian culture and hold significant economic importance due to their average cost of $33,500 in 2017.
Automobile manufacturing relies on secondary goods derived from materials like iron ore, coal, crude oil, and natural rubber, crucial for car production.
Manufacturing processes have evolved into automated assembly lines, reducing labor-intensive methods and shortening the production cycle to around 18 hours.
The service sector plays a pivotal role in the automobile industry, encompassing transportation, sales, financial services, insurance, maintenance, and refueling.
Automobile production serves as a model illustrating primary (material extraction), secondary (manufacturing), and tertiary (service sector) economic activities, showcasing their interdependence.
The Industrial Location Problem
1. Introduction to Industrial Location Theory
Central Role in Geography: Understanding the placement of economic activities.
Theoretical Basis: Models founded on capitalist assumptions.
Industries aim to minimize costs and maximize profits (Rationality assumption).
Defines "efficiency" as achieving the least cost and maximum output.
Historical Context: Shift from household dominance to firm dominance:
Before the industrial revolution, households were primary actors.
Presently, firms, especially corporations, dominate the commercial sector.
2. Economic Organizations and Industrial Processes
Evolution of Economic Players:
Historically: Households played a significant production role.
Contemporary: Firms constitute the bulk, varying in structures (single proprietorships, partnerships, cooperatives, and corporations).
Rise of Corporations:
Corporations, notably transnational ones operating in multiple countries, are pivotal in national economies.
Significance of Industrial Location Theory:
Explains why firms strategically place their factories or processing units.
3. Integration of Social and Economic Systems
Consideration of Social and Economic Systems:
Crucial for understanding locational decisions within industries.
Industries aim to reduce costs, particularly labor costs, while maximizing profits.
Factors Related to Industrial Location
1. Key Determinants of Industrial Location
Raw Material Location:
Specific (e.g., oil and gas) or ubiquitous resources (e.g., water).
Market Proximity:
Concentration of purchasing power in large population centers.
Availability of Labor and Capital:
Skilled and unskilled labor, industrial and venture capital.
Transportation Infrastructure:
Modes such as waterways, highways, railways, and air transport.
Energy Accessibility:
Shifting from localized sources (wood, coal) to more widespread options (electricity, renewables).
2. Factors Affecting Location Decisions
Distance Considerations:
Distance from raw materials, markets, and energy sources.
Historical importance due to uneven distribution, quality, and transportation limitations.
Technological advancements and transportation improvements reduce the significance of distance.
Labor Availability and Mobility:
Spatial variations in quality, quantity, and cost of labor.
Limitations due to social or political restrictions on movement.
Capital Mobility and Considerations:
Tangible and intangible assets impacting location decisions.
Mobility of capital and its role in decision-making.
Nature of Product and Economies:
Internal economies—optimum size, horizontal and vertical integration benefits.
External economies—result from proximity of similar industries.
Human and Institutional Factors:
Decision-making influenced by uncertainty and limited information.
Balancing between optimizing and satisficing behavior in location choices.
Reflects ambiguity, educated assumptions, and chance factors.
3. Influence of Changing Industrial Circumstances
Technological Advancements:
Alteration of traditional locational constraints (e.g., energy sources).
Improved transportation infrastructure reducing distance-related constraints.
Adaptation in Decision-Making:
Flexibility due to increased options in raw material acquisition, market access, and labor pools.
Internal and External Economies:
Shifting benefits from specific size optimizations to integrated industrial clusters.
Weber’s Least-Cost Industrial Location Theory
1. Abstraction and Simplifying Assumptions
Basic Assumptions:
Some raw materials are ubiquitous while others are localized.
Labor is fixed in specific locations.
Markets are fixed points, not continuous areas.
Transportation costs depend on weight and distance.
Perfect economic competition exists.
Firms aim to maximize profit and minimize cost.
Uniformity in physical and human geography.
2. Influence on Industrial Location Decisions
Transportation and Weight Considerations:
If finished products are lighter than inputs, locate near markets.
If finished products are heavier than inputs, locate near raw materials.
Low labor costs can drive production away from resources and markets if they cover transport costs.
3. Agglomeration and Deglomeration Economies
Agglomeration Economies:
Benefits of clustering: shared equipment, services, and labor force.
Deglomeration Economies:
Benefits of dispersal: escaping congestion or high-rent areas.
Intraregional Considerations:
Factors affecting firm location within a region.
4. Weber’s Approach and Methodology
Theoretical Basis:
Developed by Alfred Weber in 1909 (translated into English in 1929).
Based on simplifying assumptions to prescribe ideal industrial locations.
Least-Cost Location Format:
Industries locate based on transportation, labor, agglomeration, and deglomeration factors.
5. Cost of Transportation and Labor
Weber’s Focus:
Identifying points of least transportation cost based on distance and weight.
Example of the soft drink industry highlighting market-oriented vs. material-oriented industries.
Labor Cost Impact:
Low labor costs attracting industrial activity if savings outweigh additional transportation costs.
6. Interregional and Intraregional Considerations
Interregional Factors:
Transportation and labor costs influencing decisions between regions.
Intraregional Factors:
Agglomeration and deglomeration affecting decisions within a region.
7. Evaluation and Criticisms of Weber’s Theory
Normative Approach:
Does not aim to precisely describe reality.
Critiques:
Oversimplification of markets and labor characteristics.
Refinements to Theory:
Recognition of variations in transportation costs and non-linear cost structures.
Alternative Approaches to Industrial Location
1. Market-Area Analysis
Objective: Profit maximization over cost minimization.
Key Concepts:
Firms aim to locate at the largest market area to seek spatial monopoly.
Contrasts with Weber's least-cost theory by focusing on variable revenue analysis.
Spatial Monopoly:
Definition: A single producer selling the entire output within a specific area.
2. Behavioral Approaches
Consideration of Actual Behavior:
Rejects normative assumptions, focuses on behavioral patterns.
Emphasizes satisficing behavior rather than maximizing or minimizing.
Rationale:
Geographers prefer explicit analyses of actual location determinants over abstract normative analyses.
Subjective Decision Making:
Examples of location decisions based on subjective, non-rational reasons.
Illustration using the case of Morris, a major automobile manufacturer, choosing Oxford, UK, due to the founder's home area.
3. Complex Decision-Making and Information Constraints
Decision-Making Entities:
Large corporations exhibit complex decision-making.
Smaller firms' location decisions might be less economically rational.
Information Constraints:
Decision-makers lack access to all relevant information.
Information is subject to interpretation, leading to imperfect decision-making.
Consideration of Behavioral Factors:
Geographers acknowledge the importance of behavioral factors despite their complexity and challenges in theoretical or quantitative representation.
4. Evaluation of Behavioral Issues
Relevance in Location Analysis:
Acknowledgment that behavioral factors play a role in industrial location decisions.
Despite being less easily theorized or quantified, they are crucial considerations in location analysis.
The Industrial Revolution
1. Pre-Industrial Revolution Scenario
Ubiquitous Industrial Activities:
Bread-making, brick-making, tool-making, metalwork, pottery, and cloth manufacture were widespread.
Each household engaged in producing clothing, furniture, and shelter on a subsistence basis.
Characteristics:
Industries were locally situated, small in size, and output.
Minimal capital and equipment involved.
Energy sources and raw materials were relatively ubiquitous.
Limited transportation systems; markets were local.
2. Origins and Transformations
Definition and Origins:
Industrial Revolution: Began around 1750, transforming a rural society into an industrial one.
Rapid Changes in Industrial Organization (From 1700s):
Transformation in ownership and labor laws.
Spatial concentration of production for cost reduction and increased productivity led to the emergence of factories.
England's Primacy:
England was the first industrial area; the transformation began in the mid-18th century.
Other parts of Western Europe experienced similar transformations in the 19th century over shorter periods.
3. Factors Leading to England's Early Industrialization
Debated Causes:
Rapid onset of stable political, legal, and economic institutions in 17th-century Europe.
Cultural preconditions in England favoring hard work, rationality, frugality, and education.
Differential Fertility Theory:
Contentious theory proposing a form of natural selection favoring the rich and successful.
Industrial Revolution Initiation:
England initiated the Industrial Revolution by about 1700 due to various societal, political, and economic changes.
4. Transformation and Its Varied Forms
Uneven Industrialization:
Process was not uniform; other countries did not simply copy England.
Belgium closely followed but emphasized metallurgical industries more than textiles.
Rise of Large-Scale Factory Production:
Factories emerged as larger, more mechanized establishments requiring more capital.
Agglomeration tendencies due to reliance on localized energy sources (e.g., coal).
5. Key Technological Advancements
Technological Inventions in England:
Significant inventions like the coal-burning furnace, spinning jenny, steam engine, and energy loom.
These inventions led to advancements in the metals and clothing industries.
6. Impact on Urbanization and Transportation
Rapid Urbanization:
Industrial agglomerations caused rapid urban population increases due to workforce migration.
Transportation Revolution:
Parallel to the Industrial Revolution, focused on reducing costs and improving efficiency.
Early Industrial Geography
Textiles Industry
Geographical Shift:
Industry moved north with mechanized water wheels.
Initially used cotton from India, later shifted to cotton from the Americas.
Introduction of the cotton gin significantly reduced labor-intensive seed removal.
Impact of Technological Advancements:
Breakthroughs in mechanization primarily occurred in villages and small towns in northern England.
Transition from cottage industry to factory production, utilizing steam engines.
Rapid expansion in northern England due to the availability of coal, leading to declines in other textile-producing regions.
Raw Material Sources:
Initially, cotton supplies were irregular from India, prompting a search for alternative sources.
Cotton gin invention in 1793 facilitated American plantations, ensuring adequate supply for English factories.
Dependency of northern England cotton mills on American imports led to layoffs during the American Civil War.
Wool Industry Shift:
Prior to the Industrial Revolution, southeastern Australia became a new area of supply for wool.
Iron and Steel Industry
Shift in Production Centers:
Iron production initially centered in central and southern England, using local ores and wood (charcoal) as the energy source.
Rapid expansion after substituting coal for charcoal from 1709 onward and the development of efficient steam engines.
Technological Advances and Expansion:
Emergence of new iron areas, particularly in south Wales and north-central England.
Introduction of the steam-powered train in 1825 allowed dispersion away from coalfields.
Railway development and discovery of new iron ore sources led to the rise of industrial centers in northeast England, English Midlands, south Wales, and central Scotland.
Industrial Landscapes and Social Impact
Urban Growth and Social Disparity:
Rise of factory towns, especially in northern England, attracted migrants from rural areas.
Severe environmental and social repercussions: crowded living conditions, slums, heavy pollution from coal use.
Landscape Transformation:
Shift from predominantly rural to congested industrial landscapes.
Early factories appeared even before the widespread use of coal, but coal accelerated the pace of industrial change.
Rapid industrialization led to heavy pollution and the deterioration of living conditions in industrial cities.
Global Diffusion of Industrialization
Spread of British Innovations:
Technological advances diffused to mainland Europe, North America, Russia, and Japan after about 1825.
Britain attempted to keep some advances secret but failed.
Industrial Pioneers in Different Regions:
Early industrial leaders emerged in Pennsylvania and Ohio (USA) due to high-quality coal sources.
Ukraine became a significant industrial force in the Russian Empire after the discovery of coal.
Japan started industrializing after establishing cultural contact with the United States and rejecting feudalism in 1854.
European Industrial Growth:
Northwestern Europe's 5uhr region became prominent due to coal resources, local iron ore, and excellent water transportation.
The region attracted diverse immigrants due to high labor demand, resulting in an ethnically diverse population.
Fossil Fuel Sources of Energy
Overview
Definition of Energy:
Energy is the capacity to do work.
Historical use of various external energy inputs such as fire, agricultural and embodied plant/animal energy, wind, and water in medieval Asia.
Primary Fossil Fuels:
Main sources of energy today: Coal, oil, natural gas.
These fuels are integral to global production and consumption patterns.
Significance of Energy
International Resource System:
Energy plays a crucial role in international resource systems.
It greatly influences the activities of major companies and forms the basis of foreign policy for many governments.
Energy and Human Progress:
Human progress correlates with increased energy use.
Progression from fire utilization to agricultural development and further to the Industrial Revolution and fossil fuel usage signifies this trend.
Fossil Fuel Energy Sources
Dominance of Fossil Fuels:
Fossil fuels, specifically coal, oil, and natural gas, have been the primary sources since the onset of the Industrial Revolution.
Coal was initially the leading energy source, later replaced by oil in the 1960s.
Oil as Chief Industrial Energy:
By the early 1970s, oil accounted for nearly 50% of the world's energy consumption.
Since then, oil use has decreased to around 33.3%, influenced by high prices, erratic supplies, improved efficiency, and a shift to other energy sources.
Despite the decline, oil remains the principal source of industrial energy.
Contribution of Fossil Fuels:
Coal contributes approximately 28.1% and natural gas around 24.1% of global energy consumption as of 2016.
Collectively, fossil fuels constitute 85.5% of worldwide energy consumption, with the remaining 14.5% coming from various renewables (mainly hydroelectricity and nuclear energy).
Future Energy Consumption
Predictions and Estimates:
Global consumption of the three major fossil fuels—oil, coal, and natural gas—estimated to be around 27% each by 2030.
Renewables are anticipated to increase to 19% by that time.
Spatial Variability in Energy Consumption
Geographical Variation:
Energy production and consumption patterns vary across regions.
Generally, more developed countries exhibit higher per capita energy usage compared to less developed nations.
China, with its large population and expanding industrial economy, consumed 21% of the global total, surpassing the US as the largest energy user in 2010.
Oil as a Source of Energy
Importance in Global Economy
Geographical Significance:
The global economy's reliance on oil necessitates understanding its production, movement, and consumption patterns.
Disparity between major consumers and producers influences global politics and economic dynamics.
Price Determinants and Influences:
Price influenced by supply, demand, contracts, conflicts, and geopolitical factors.
Major consumers often not the primary producers, leading to global economic impacts.
Production Shifts and Environmental Concerns
Shift in Production and Unconventional Oil:
Production geography has shifted over time with the rise of unconventional oil sources.
Environmental impacts from oil production are unsustainable, especially with current growth and consumption rates.
Unpredictable Reserves and Dependency Impact:
New reserves unpredictable due to technological changes and unconventional sources.
High dependency on oil production results in significant social and economic impacts globally.
Geopolitical and Economic Implications
OPEC's Role:
Organization of the Petroleum Exporting Countries (OPEC) established in 1960 by several countries, primarily in the Middle East.
OPEC's control over production levels significantly impacts oil prices and the global economy.
Price Fluctuations and Market Dynamics:
Oil price fluctuations influenced by economic uncertainties, political events, natural disasters, and OPEC's decisions.
Global recession in 2008 affected oil prices, followed by a subsequent fall due to increased supplies from non-OPEC countries.
Global Consumption Patterns
Production vs. Consumption Disparity:
Geographical gap between oil-producing and consuming countries results in extensive movement of oil.
Major consuming nations increasingly dependent on oil imports.
Future of Oil and Challenges
Oil Depletion and Environmental Impact:
Uncertainty regarding future oil depletion and its implications.
Continuous rise in demand, especially from industrializing nations like China, may lead to supply-demand imbalances and increased prices.
Dependency on Oil and Efforts Towards Alternatives:
Efforts to explore alternative technologies to tap into known reserves like the Alberta oil sands.
The pressing question of sustainability due to current oil dependency and environmental concerns.
Regional Impacts and Economic Prospects
Wealth Anticipation: Anticipation of significant wealth from oil in small countries leading to potential socioeconomic changes.
Oil Reserves and Production:
Global Economic Significance:
Oil is crucial for individual countries and the global economy.
Central to many economies, including Canada, and drives global economic activities.
Kazakhstan and Azerbaijan:
Kazakhstan ranks 17th in production (1.7 million barrels per day) and 12th in reserves (30.0 billion barrels).
Pipeline completion in 2005 connects Baku (Caspian Sea) to Ceyhan (Turkish Mediterranean port), strategically significant for Europe.
Nigeria's Case:
Largest African producer (2.1 million barrels/day) with the 11th largest reserves (37.1 billion barrels).
Extreme wealth inequality (80% wealth held by 1%), leading to ethnic tensions, violence, and environmental damage.
Ogoni people in Niger Delta affected by oil exploration led by Shell and government, resulting in protests and executions.
Sudan and South Sudan:
Not major producers but oil is significant for these impoverished countries.
Oil reserves in Christian-majority southern areas while political power lies with Muslim majorities in the north, leading to complex dynamics.
Complexities in Oil Geography:
Discrepancies between top oil reserves and production levels exist (e.g., Venezuela - 1st in reserves, 12th in production).
Political turmoil and corruption impacting oil production in Venezuela.
Discrepancies in Reserves vs. Production:
Russia, the US, and China rank lower in reserves despite being major producers.
Mexico ranks lower in production despite significant reserves.
Libya: 9th in total proven reserves but 29th in production due to declining output post-Arab Spring crisis.
Natural Gas as a Source of Energy
Early Usage and Market Dynamics
Origins and Initial Challenges:
Initially considered a waste product of oil extraction, difficult to store and transport.
Historically burned or vented if no local markets or infrastructure existed for transportation.
Commercial Use and Market Evolution:
Commercial utilization began in the 1960s as an alternative to home heating oil, initially linked to oil prices.
Presently traded in three markets: North America, Europe, and Asia, with varying prices based on market deregulation and long-term contracts.
Environmental Controversy and Perceptions
Environmental Perspectives:
Controversy surrounds certain forms of natural gas production.
Viewed as environmentally attractive compared to oil or coal due to lower carbon dioxide emissions and cleaner burning properties.
Predominantly used in electric power and industrial sectors.
Conventional vs. Unconventional Sources
Conventional Deposits and Technologies:
Most known deposits associated with oil, easily accessed through standard vertical wells located using seismic methods.
Rising known reserves since the 1990s due to advancements in technology, enabling unconventional resource development.
Unconventional Technologies:
Emergence of technologies like horizontal well drilling and hydraulic fracturing (fracking) to extract gas from shale formations.
Controversies outside the US regarding environmental concerns such as groundwater pollution, methane leakage, and seismic activity.
Global Consumption Trends
Global Consumption Rise and Technological Advancements:
Increased consumption linked to enhanced gas distribution methods.
Transportation via pipelines or in liquid form (LNG) is crucial, contributing to rising trade in LNG terminals worldwide.
Global Prospects and Expansion:
Significant shale gas resources in major consuming countries like China and certain European nations.
Countries assessing environmental implications before undertaking hydraulic fracturing (e.g., France, South Africa, UK).
Coal as a Source of Energy
Overview:
Continues to be a major global energy source.
Primarily removed through strip or ground mining methods.
Different grades/types of coal impact its utilization.
Mining Techniques:
Surface (strip) and underground mining are the primary extraction methods.
Globally, underground mining accounts for approximately 60% of coal production.
Notable dominance of surface mining in Australia and the United States.
Coal Grades and Uses:
Classification from peat to anthracite based on coalification stages.
Varying uses based on coal ranks: lower ranks for power generation and industries; higher ranks for steel, iron, and smokeless fuel.
Production and Consumption:
Ten countries hold over 90% of proven coal reserves.
Six countries contribute to 85% of global production, while three countries account for over 70% of consumption.
Major producers are also major consumers, notably China's significant role in both production and consumption.
Transportation and Markets:
Coal is bulky and heavy, impacting transportation costs significantly.
Major regional markets: Western Europe (UK, Germany, Spain) and East Asia (Japan, South Korea).
Australia serves as a major coal supplier to the Asian market.
Transportation modes depend on distance, involving trucks, trains, barges, and ships for overseas movement.
Competitive market due to numerous suppliers; international trade represents about 18% of total coal consumption.
Environmental Impact:
Coal production and consumption have significant environmental consequences.
Concerns include methane release, waste products, groundwater effects, and landscape impacts.
Chinese coal consumption notably contributes to the highest carbon dioxide emissions globally.
Safety and Environmental Considerations:
Safety concerns exist in coal mining, especially underground mining.
Historical association of coal production with environmental damage.
Stringent requirements in developed countries to address safety and environmental issues.
Where is the world's largest coalmine located
The world's largest coalmine is located in the Powder River basin in Wyoming, operated by Peabody Energy
World Industrial Geography
Dominant Global Regions:
Three dominant regions: North America (primarily US and Canada), Europe (Germany, France, Italy, UK, western Russia, and Ukraine), and Pacific Asia (Japan, South Korea, eastern China).
These regions control the majority of global manufacturing activities and trade in manufactured goods.
Key Players in Manufacturing:
China stands as the world's largest producer of manufactured goods, followed by the United States, Japan, and Germany (as per Table 10.7).
Transnational corporations and large firms hold significant control over production in multiple countries.
Larger firms have more flexibility in choosing industrial locations compared to smaller firms due to spatial separation of production from organization.
Decision-Making Factors:
Industrial decisions and employment opportunities are primarily driven by industrial firms rather than governments.
Firms must adapt to international trends and competition, facing challenges from import threats or reliance on export markets.
Factors Affecting Location Decisions:
Least-cost theory and market-area analysis remain relevant globally, influencing decisions based on production technology, labor costs, raw material sources, energy, capital availability, market access, land costs, and environmental restrictions.
Uncertainties exist, especially concerning energy and raw materials, impacting location decisions due to changes in production areas and product types.
Where is Mongolia situated, and what challenges and opportunities arise from its resource boom?
Mongolia is located between China and Russia, known for its vast grasslands, semi-deserts, deserts, and grassy steppes, with mountainous regions in the west and southwest. The country's resource boom presents both opportunities and challenges.
Challenges:
Environmental Impact: Mining may lead to significant water consumption, damage to valuable grasslands, and disruption of animal migration routes.
Potential Social Impacts: The everyday lives of local communities might be affected by the expansion of mining operations.
Opportunities:
Economic Growth: The exploitation of abundant mineral resources could substantially boost Mongolia's economy.
Development Potential: Proper utilization of mining revenues for education, health, and public housing could enhance living standards for local populations.
Traditional Industrial Regions and Emerging Challenges
Eastern North America
Settlement in the 17th century led to industrial growth.
Industrial geography based on ties to Europe, raw material proximity (coal, iron ore, limestone), labor availability, urbanization, market growth, and efficient transportation via waterways, canals, and railways.
Local industrial areas include Southern Ontario, southern Quebec, southern New England, the Mohawk Valley, southern Lake Erie shore, and the western Great Lakes.
Western Europe
Industrial hubs: central and northern Britain, the Ruhr and mid-Rhine valleys in Germany, and northern Italy.
Initial advantage to Britain in early industrialization, but by mid-20th century faced challenges in keeping pace with newer industrial developments.
Ruhr Valley excelled in iron and steel, adapting more successfully to industrial changes.
Northern Italy diversified rapidly post-World War II, transforming into textile, engineering, chemical, and iron/steel industries.
Western Russia and Ukraine
Despite a decline post-1990s, spatial patterns in industrial activity persisted.
Major centers include Moscow and Ukraine, known for textile, metal, chemical, and coal-based industries.
Other regions developed by the USSR after the 1917 revolution: Volga, Urals, and Kuznetsk areas, focusing on machinery, chemicals, minerals, iron/steel, and coal industries.
Japan
Industrial power by the 1930s and rebuilt post-World War II.
Transitioned focus from heavy industries like shipbuilding to automobiles, electronics, computers, and biotechnology.
Overcame challenges of distance from major markets and lack of raw materials through factors like low labor costs, high productivity, technical education, and unique industrial structure.
Successes linked to a combination of small specialized firms and corporate giants like Nissan and Sony.
Notable overseas investments and influence in international finance.
Late 1990s saw economic downturn due to increased competition from China (lower production costs) and South Korea (high-technology production).
China
Rapid transition from a less developed to a more developed country.
The Pearl River Delta in southern China stands out as the world's most dynamic industrial region.
Together, the five principal industrial regions (Eastern North America, Western Europe, Western Russia/Ukraine, Japan, and China) account for over 80% of global industrial production.
Question: How did Canada's industries evolve and what were the key influences?
Answer:
Canada started with primary industries due to abundant resources.
Transportation costs were a challenge due to the country's size.
Manufacturing concentrated in Great Lakes-St Lawrence Lowlands.
Proximity to the US led to many American-owned branch plants.
Staple economies (fish, fur, timber, etc.) emerged after European settlement.
Post-1867, policies favored industrial growth in Montreal, Toronto, and Hamilton.
Initially reliant on British investment, later shifted to US-controlled branch-plant economy.
Post-World War II, US competitiveness declined, affecting Canada's economy.
Regional differences: Toronto and Montreal focused on fabrication, others on resource transformation.
Imports impacted Toronto, Montreal; resource-dependent areas faced market fluctuations.
Newly Industrializing Regions: Development and Influence
Emergence and Influence
Japan's re-emergence by the 1970s influenced the rise of new industrial countries.
Four Asian Tigers—South Korea, Taiwan, Hong Kong, and Singapore—accelerated rapidly.
China, Malaysia, Thailand, Indonesia, and the Philippines followed suit, becoming leaders among newly industrializing countries (NICs).
Economic growth experienced by NICs faced challenges during the financial crisis of 1997-98 and the global recession of 2008-09.
Industrial Growth and Trends
NICs underwent rapid transformation similar to Europe but often used export-processing zones (EPZs).
EPZs offered low-cost resources, weaker social and environmental controls, and links to high technology production.
The most successful NIC was South Korea, achieving industrial prowess within a short period.
Labour shift from agriculture to industry paralleled Europe's 19th-century experience.
China's Industrial Rise
Historically, China had a significant world economy share, which declined drastically in the 19th and 20th centuries.
Post-1950s, China's economic reform and modernization saw remarkable growth, becoming the world's manufacturing hub.
Liberalization since the late 1970s facilitated by Deng Xiaoping's leadership prioritized economic growth over class struggle.
Shifted from technology-intensive state-funded factories to a mixed system, focusing on market forces and attracting foreign investment.
Industrial Zones and Global Impact
Export-processing zones, particularly in China and Mexico (maquiladoras), tied to high-tech companies in the US.
China, especially the Pearl River Delta, became a dynamic industrial region affecting global trade patterns.
Coastal growth led to a focus on developing inland areas to balance economic growth.
India's Industrial Transformation
India post-independence focused on agricultural production but diversified its industrial structure over time.
Implemented five-year plans emphasizing heavy industry initially, shifting later to self-reliance and social justice.
India's remarkable success attributed to its market size, available resources, labor force, and government planning.
Outsourcing and the software/IT industry, notably in Bangalore, contributed significantly to India's industrial landscape.
Future Projections
India's GDP growth and industrial output likely to continue growing, emulating China's growth to some extent due to its large population.
However, India's GDP and exports are currently lower than China's, and recent signs indicate some slowing economic growth.
Globalization and Industrial Geographies
Dimensions of Globalization Reshaping Industrial Landscapes
Two critical dimensions:
Industrial restructuring leading to spatial relocation
Decline in the friction of distance due to advancements in transportation and communications technology
Both reflect changes in the social organization of labor and capital.
Impact on Industrial Activity
Globalization significantly influences industrial location, organization, and activity.
Industrial restructuring involves a global shift in investment and activity, a trend that gained momentum by the 1980s.
A key aspect of globalization is the reduction in the friction of distance, facilitated by advancements in transportation and communication technologies.
Transition in Industrial Systems
Transition from a Fordist industrial system to a post-Fordist one parallels the globalization processes.
Fordist system: Characterized by mass production and standardization; post-Fordist system emphasizes flexibility, customization, and adaptability to changing market demands.
This transition is an integral part of the new dynamic industrial geography shaped by globalization.
Overall Impact and Processes
Processes of globalization play a pivotal role in contemporary industrial geography.
These processes encompass changes in location, organization, and the nature of industrial activities.
The decline in distance barriers and industrial restructuring epitomizes the new industrial landscape shaped by globalization.
Significance of Globalization in Industrial Evolution
Industrial evolution significantly influenced by globalization processes altering the traditional structures and strategies.
Detailed exploration of globalization processes covered in other chapters but crucial to understanding industrial changes in both developed and developing nations.
Fordism and Transition to Post-Fordism
Fordism: Characteristics and Rise
Definition: A pattern of mass production and consumption introduced by Henry Ford in the 1920s.
Key features: Assembly line innovation reducing labor time and costs, leading to increased consumer goods' accessibility.
Economic policies facilitated higher wages, shorter working hours, and subsequently boosted consumer spending.
Sustained economic growth during the 1950s and 1960s supported rising living standards.
Impact and Rise of Transnational Corporations
The Fordist system contributed to the rise of the first transnational corporations during the mid-20th century.
Notable early transnational corporations: Ford Motor Co. (US), Nestle (Switzerland), Imperial Chemicals (UK).
Despite limitations on foreign investments, technological advancements in transportation benefited these corporations.
Factors Leading to Slowdown in Fordism (Early 1970s)
Recession in the early 1970s attributed to two principal reasons:
Termination of the Bretton Woods system provision requiring fixed-rate conversion of US dollars to gold.
1973 OPEC decision to raise oil prices, impacting essential industrial production.
This recession spurred industrial restructuring in more developed countries, involving deindustrialization in traditional sectors like textiles, shipbuilding, and automobile manufacturing.
Transition to Post-Fordism
Industrial restructuring included the establishment of branch plants overseas in newly industrialized countries (NICs) or less developed countries.
Marked shift from Fordist mass production and consumption patterns.
Industrial Restructuring and Flexible Accumulation
Technological Changes Facilitating Flexible Accumulation
Key technology advancements contributing to flexible accumulation:
Production technologies substituting capital for labor
Transaction technologies like just-in-time inventory systems
Circulation technologies enhancing information exchange and global market reach.
Socio-economic Characteristics of Flexible Accumulation
Shift in capital-labor relations favoring capital over labor.
Retreating role of the state and public sector from collective consumption in favor of public-private partnerships.
Emergence of a new global spatial division of labor leveraging varying labor costs.
Transition to Post-Fordism and Industrial Changes
Post-Fordism characterized by flexible industrial technologies, labor practices, and consumption patterns.
Change in corporate-capital and labor dynamics as technology replaces human labor, leading to industrial decline in established regions.
Deindustrialization witnessed in traditional manufacturing sectors, contributing to economic struggles and high unemployment.
Reindustrialization involves the rise of small competitive firms, high-tech industries, and service-oriented activities, often in environmentally attractive areas.
Notable growth in service industries like finance, information services, tourism, and recreation.
Impact of Deindustrialization and Reindustrialization
Deindustrialization typically seen negatively due to manufacturing output and employment decline, leading to economic and social challenges.
Reindustrialization acts as a counterbalance to industrial decline, fostering the emergence of new competitive firms, high-tech industries, and service-based economies.
Changing Industrial Landscape
Industrial restructuring leads to a transformed industrial landscape, characterized by shifts from heavy industry to technology-driven and service-oriented activities.
Importance of coherent regional policies apparent in navigating these industrial changes.
Information Technologies and Industrial Location
Impact of Communication Technologies on Industrial Dispersion
Industries can disperse when communications replace transportation, especially for labor-intensive and standardized activities moved to areas with low wages and land costs.
Proximity is essential for face-to-face exchanges, which cannot be replaced by remote communication.
Shift in Location Decision-Making for Industrial Firms
The traditional model proposed by Weber, considering transportation costs, is being replaced by new criteria.
Contemporary firms weigh labor/land costs against the costs of exchanging information between firms due to increasing emphasis on technology.
Information exchange costs have emerged as a new factor in location decisions, alongside labor and land costs.
Decentralization vs. Centralization in Industrial Location
Decentralization occurs when long-distance electronic information exchange is feasible, allowing firms to seek locations with low labor costs.
Centralization happens when information requires personal, face-to-face exchanges due to ambiguity, leading firms to locate in close proximity for effective communication.
Firms mass-producing standard products tend to decentralize, while functionally related firms requiring personal exchanges often centralize.
Examples Highlighting Location Patterns
Successful expansion of high-tech Japanese firms to other countries represents decentralized industrial patterns due to efficient long-distance information exchange.
Centralization is evident in industries relying on personal exchanges, like the automotive tool industry in Southwestern Ontario and the mining supply industry in Sudbury, Ontario.
Competitive Advantage through Spatial Concentration
Concentration of functionally related firms provides a competitive advantage, fostering close cooperation, access to skilled labor, and knowledge flows within localized networks.
Deindustrialization in the United Kingdom
UK's industrial dominance declined:
Manufacturing fell from 33% to 10% of GDP; employed 40% to 8% of the workforce.
Causes:
Globalization shifted manufacturing to countries like China.
UK's complacency post-WWII and ineffective government policies hindered modernization.
Contrast with other countries:
UK suffered more significant deindustrialization compared to Germany, France, USA, and Canada.
Result:
Iconic UK manufacturers disappeared or declined.
Foreign acquisitions (e.g., Cadbury sold to Kraft) affected UK industries.
Transition of Economies: Service Industries
Industrialized economies exhibit a shift towards a larger service sector over time, commonly perceived as a natural progression.
It's observed that economies tend to move from primary (extractive), to secondary (manufacturing), and eventually to tertiary (service) activities as they develop.
Evolution of Service Industries:
Service industries, encompassing various sectors like transportation, utilities, insurance, real estate, education, health, and government, have been integral to economies for a considerable period.
While these industries grew concurrently with manufacturing during the Industrial Revolution, their most rapid expansion occurred post-World War II.
Globally, employment in services has notably increased from around 20% in 1960 to nearly 50% in recent years.
Global Variances in Service Employment:
Less developed countries often feature dominant service activities such as retailing and distribution, while more developed nations emphasize specialized services like banking and advertising.
Figures representing employment in industry and services highlight significant distinctions between the more and less developed worlds, with service employment being more pronounced in the former.
Geographical Considerations:
Geographical explanations for service industry locations often involve the central place model, focusing on factors like transportation costs, market location, and economies of scale.
Services tend to cluster based on population density and exhibit a strong tendency toward agglomeration.
Behavioral variables, particularly information availability and its interpretation, play a significant role in determining service industry locations.
Technology and Service Industry Locations:
Changes in information technology have influenced the clustering of certain services and have impacted the spatial roles of urban centers.
Some arguments suggest that advancements in information technologies might lead to increased decentralization and, in some cases, even support home-based service work.
Global Perspective on Service Employment:
The distribution of service workers varies significantly between more and less developed nations, with higher percentages in the more developed world.
The availability of essential services like healthcare and educational facilities plays a crucial role in assessing the geography of service industries.
Impact and Contribution of Service Sector:
Service sector growth is identified as a critical contributor to increased productivity and higher living standards, as exemplified in Canada's economic landscape.
Outsourcing and Offshoring:
Definition:
Outsourcing: The practice of assigning tasks previously handled in-house to external firms with the aim of cost savings or quality improvement.
Offshoring: Specifically refers to outsourcing tasks to other countries, often to take advantage of cheaper labor costs, thereby contributing to the globalization of employment.
Impact on Labor and Capital Flexibility:
Outsourcing in-house work to external firms increased labor and capital flexibility. New contracts enabled the renegotiation of labor relations.
Offshoring, a type of outsourcing, involves moving work to other countries, initially perceived as a means to enhance the flexibility of a globalizing economy.
Evolution and Scope:
Initially perceived as a way to increase flexibility, offshoring is now more commonly associated with negative impacts such as job losses, especially in more developed countries (MDCs).
Service offshoring followed the trend of manufacturing offshoring and encompasses various services like accounting, payroll, human resources, medical coding, and transcription.
Geographical Impact and Speculations:
Speculation exists that if wages increase in newly industrialized countries (NICs), some of the outsourced work might return to more developed nations.
Outsourcing and offshoring contribute to the internationalization of employment, with many companies increasingly employing workers in countries like India, China, and Mexico where labor is less expensive.
Factors Driving Offshore Outsourcing:
Improved global communications in the modern economy facilitate the outsourcing of service activities to specialist suppliers in other locations.
Predictions suggest countries like Russia, certain Eastern European nations, China, and India could see increased business employment due to outsourced services consumed by more developed nations.
Historical Context:
Historically, companies manufactured products close to consumption areas. However, the trend shifted as globalization and improved economics made offshore production more feasible.
Example: The production of Barbie dolls involves raw materials from Taiwan, assembly in the Philippines, Indonesia, and China, and design and finishing in the United States.
Global Impact and Debates:
India and the Philippines are prominent destinations for offshoring service employment, while China is favored for manufacturing employment offshoring.
A debate revolves around who benefits from offshore outsourcing, as while it creates employment opportunities in less developed countries, it results in job losses in more developed nations.
Industrial Geography and Social Considerations:
Evolution in Geographical Study:
Early industrial geography primarily focused on spatial and economic aspects, neglecting social elements.
Since around 1970, human geographers have increasingly turned attention to social theory to better understand industrial geography.
Role of Social Matters in Industrial Activity:
Industrial activity isn't politically or socially neutral; social theory offers deeper insights into the geography of industrial capitalism.
Transnational firms seek locations with low wages and lax regulations, which can lead to charges of labor exploitation and environmental concerns.
Impact of Social, Political, and Institutional Context:
Analysis of industrial locations must consider social, political, and institutional contexts to comprehend differences in workplace relations, labor division, and local political circumstances.
Spatial Division of Labor:
Traditional views of labor as a mere location factor or commodity are challenged by human geographers focusing on the spatial division of labor.
Geographers examine regional development and employment distribution as spatial expressions of the labor process, subject to control and manipulation.
Transition from Fordism to Post-Fordism:
Recent focus within industrial geography is on the geographies of labor markets, particularly during the shift from Fordism to post-Fordism, as outlined in Table 10.9.
Gender and Labor Force Participation:
Significant changes in women's labor force participation have occurred in the more developed world, with female participation rates in Canada doubling between 1951 and 1981.
However, discrimination in employment persists, as women predominantly occupy clerical, service, and low-skill jobs due to sexist hiring practices by some employers.
Social Challenges in Changing Labor Dynamics:
Instances like the discriminatory hiring practices in industries reflect larger social challenges related to changing the gendered division of labor.
Women not only face obstacles in hiring but also encounter discomfort in workplace environments due to societal norms and community perceptions.
Theories Explaining Uneven Development:
Staples Theory:
Definition: Staples are primary industrial products extracted at low cost and in demand, impacting regional growth.
Success in staple production leads to economic growth in extraction and export centers, influencing regional growth.
Core-Periphery Concept:
Core regions are dominant urban areas with growth potential, while peripheries consist of old settlements, some experiencing decline, and new resource frontier regions.
The core gains resources and labor from the periphery, and while potentially mutually beneficial, these relationships don't always guarantee equal benefits for both areas.
Growth Poles:
Economic growth tends to emerge at specific poles, often urban centers, influencing surrounding areas.
Growth pole concept is exemplified by areas like Calgary in Alberta's oil industry but hasn't always been effectively applied.
Spatial Variations in Economic Development:
Natural spatial variations occur due to innovations reaching core areas first, leading to uneven distribution of resources and prompting spatial variations.
Societal considerations often view these variations as inappropriate, leading to regional development policies in most countries.
Intervention and Developmental Policies:
Governments have historically intervened in economic processes, and in the 20th century, such intervention aimed to address spatial imbalances.
Regional development policies are designed to encourage growth in depressed, usually peripheral, areas, but achieving lasting solutions is challenging.
Examples of Uneven Development:
In Canada, regions like the Atlantic provinces face economic and social problems due to peripheral location, poor resources, national policies, and centralized systems.
Efforts to stimulate growth involve government interventions, but fundamental problems persist, especially in underdeveloped regions.
Challenges in Globalizing World:
Globalization tends to reinforce the dominance of successful regions rather than spread investment and opportunity to peripheral locations.
The Canadian Shield and the North, primarily resource extraction areas, face complex perceptions as either less developed or as a homeland for Indigenous populations.
European Union as an Example:
The EU exhibits core and peripheral regions, resulting in regional disparities despite efforts for integration.
Enlargements and integrations in the EU have increased regional variations, prompting discussions on the need for an effective regional policy.
Conclusion:
Location Decisions:
Bases include economic, social, and political factors.
Economic Growth Foundations:
Relied heavily on non-renewable energy sources for contemporary economic growth.
Evolution of Industrialization:
Restructured due to advancements in communications, transport technology, influencing social and political relations.
Internal Economic Shifts in More Developed Countries (MDCs):
Witnessing internal changes in economic activities.
Global Economic Changes:
Manufacturing has largely shifted from More Developed Countries (MDCs) to Newly Industrialized Countries (NICs), and some services are following this trend.
Uncertain Well-being Associated with Industrialization:
The assurance of increased well-being linked with modern industrialization is less certain compared to the situation 50 years ago.