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Industrial Activity and
Geographic Location
• “Preindustrial World”
– Industries did exist before the Ind. Rev.
(e.g. India – carpenters, textiles, silver,…)
– Ind. Rev. began in Midlands of North-
Central England (Black Country – coal
fields) & diffused eastward
– Affected production, transportation, and
communication (steam-engine, locomotive,
telegraph,…)
• The Location Decision
– Primary industries – located near raw mat.s
– Secondary industries – less dependent on
resource location
– Economic models assume:
• 1) People will try to maximize their advantages over competitors,
• 2) They will want to make as much profit as possible,
• 3) They will take into account variable costs – energy, transportation, labor,…
– Friction of distance – the increase in time and cost that usually comes w/ increasing distance
– Distance decay – the impact of a function or activity will decline as one moves away from its point of origin
• Key Concepts of Trans. & Comm.:
• Require a specially designed and constructed [cultural] landscape (roads, TV stations,…)
• Cumulative causation – e.g. investment is risky; usually occurs in developed states
• Trans. & Comm. systems can be viewed as a surface or a network:
• 1) Surface: Pool table; move freely (high potential for collisions); move at limited speeds
• 2) Network: faster movement, but restricted to certain paths (fewer collisions)
• We modify systems b/w both
• Ullman’s Conceptual Frame:
• Forms a basis for understanding the volume & timing of the flows of goods b/w locations; 3 main concepts:
• 1) Complementarily – refers to the needs of one region matching the products of another (copper from AK to manufacturing cities)
• 2) Intervening opportunity – reduces attractiveness of more distant locations
• 3) Transferability –refers to the ease w/ which products can be moved
Kennicott Copper Mine
• Harold Hotelling Model (Two dimensional)
– Locational interdependence – the location of industries can’t be understood w/o ref. to the location of other industries of like kind
– Two vendors located on pts. A & C, eventually gravitate toward pt. B (moving from this pt. will only hurt profitability)
– A third vendor complicates this (spatially)
• Least Cost Theory (1909)
– Alfred Weber’s model – owners of manufacturing plants seek to minimize three costs: 1) Transportation, 2) labor, and 3) agglomeration (too much can lead to high rents & wages, circulation problems)
– Weight-losing case: final product weighs less than raw mat.s; location = source
– Weight-gaining case: final product weighs more (or takes more space) than raw mat.s (e.g. addition of water); location = market
– Some argue Weber’s model doesn’t adequately account for variations in costs over time (e.g. taxation, consumer demand)
– Substitution principle – decreases in certain costs can offset increases in others
• Christaller’s Central Place
Theory – Revisited
• Distance affects the marketing
strategies of enterprises
• Businesses identify one location,
possess a monopoly
• Hexagons display
a nesting pattern;
Christaller’s theory
is not as accurate
today (diminishing
specialization)
• August Lösch
– Profit-maximization: firms will identify a zone of profitability (not just a point)
– Other businesses can come in and change the configuration of that zone
– Agglomeration can give the entire area a competitive advantage
• Factors of Industrial Location:
• Raw Materials-e.g. Japan has few, but grew into an industrial giant b/c of skilled labor & low wages
• Labor-
– Wages
– Skill level of workers
– Population
Open-air laundry in
Mumbai, India
• Transportation – e.g. “container system” facilitates transfer of goods from one type of carrier to another (rail-to-ship-to-truck).
Rates
Truck - cheapest for short distances
Rail - best for medium distance
Ship - high volume / long distance
Air - extremely expensive and
small volume
Resources and Regions:
The Global Distribution
of Industry
• Four Primary Industrial Regions:
– Eastern North America (largest)
– Western & Central Europe
– Russia & Ukraine
– Eastern Asia (fastest growing)
• Industrialization Through WWI
– Britain - enormous comparative advantage
– Industrialization expanded along coal
deposits: N. France – Belgium – N-C
Germany – NW Czechoslovakia – S. Poland
– Colonialism supplied Europe w/ raw mat.s
– Ind. Rev. diffused (exp.) from core regions
– North America: only serious rival to Eur.
– New York – great relative location, major
break-of-bulk (e.g. ship-to-rail) port
– N. Am. benefited from nat. resources, trans.
networks, capital, and labor
– Most of the rest of the world lagged far
behind (exceptions: Ukraine, Australia,…)
• Mid-Twentieth Century Industrialization
– Oil & natural gas played a key role (U.S. is
very dependent on foreign sources today)
– U.S. emerged as the world’s top power
(escaped destruction of WWI & WWII)
– American Manufacturing Belt - NE
• Other regions – SE & SW districts, 3 in the west
Europe:
- Rühr (W. Germ) –
greatest in Eur.
(good
resources,
accessibility, &
centrality)
- Saxony (E.
Germ) &
Silesia
(Poland)
- WWII damaged Eur’s ind. might, U.S. Marshall
Plan helped to rebuild
Former USSR: Communists sponsored major
industrialization; Moscow, St. Petersburg,
Volga (E. of Moscow), Urals (further E.), even
Siberia were major areas of ind.
East Asia:
- Two countries
avoided direct
Eur. imp’ism
- Japan – major
regions; Kanto
Plain (largest:
Tokyo) &
Kansai Dist.
(2nd: Kyoto-
Kobe-Osaka)
- China – major ind. under communism (1949-);
NE is ind. heartland, Shanghai & Chang (river)
Dist. (2nd largest)
• Late Twentieth
Century and Beyond
– “Four Tigers”:
South Korea
(Seoul), Taiwan
(Taipei), Hong
Kong, Singapore
(industrial powers)
– China – rapidly
growing in
influence
– Japan is losing its
dominance
Pusan, South Korea
- N. Hemisphere Ind. Zone: U.S. – Europe –
Former USSR – E. Asia
- Secondary Regions – Mexico, Brazil, S.
Africa, Egypt, India, Australia,…
India – a secondary industrial region