Archive for December, 2009

ECONOMIC GEOGRAPHY – URBAN

December 10, 2009

ECONOMIC GEOGRAPHY – URBAN

* THE FINAL KEY ELEMENT OF ECONOMIC GEOGRAPHY

* IN MANY WAYS, THE LINKING FACTOR BETWEEN AGRICULTURE AND INDUSTRY

* A POWERFUL DRIVER / INDICATOR BEHIND ALL OF HUMAN, CULTURAL GEOGRAPHY

* CENTERS OF POWER AND CULTURE

* CITIES ARE REPRESENTATIVE OF CULTURAL / HISTORICAL IMPULSES… Back to the landscape idea…

DEFINITIONS

  • WHAT IS A CITY?
    • Defined by a census bureau
    • Has a boundary
    • Has density, a non-rural occupational structure, control.
    • Centers of culture
  • Urbanization vs. Urbanism
    • URBANIZATION – the process of becoming urban
    • URBANISM – a way of life. How would your life be different when you get to the city?
  • Other
    • MSA – Metropolitan Statistical Area – delineated on the basis of a central urban area of influence
      • Spread out to counties / rural if they have strong social and economic ties to the central area as measured by commuting and employment.
      • outlying areas may actually be rural in nature.
    • Functional City – Serves a function other than governmental administration (trade, religious, military)
    • Administrative City – Main purpose is as administrative center

WHY DO CITIES GROW?

  • HYDRAULIC CIVILIZATION model
    • Urbanization related to large scale irrigated agricultural projects
      • Large scale irrigation often increases FOOD production
      • Creates food surpluses, thus enabling more urban based specialized employment  – industry.
      • Large scale public works project requires CENTRALIZED AUTHORITY / CONTROL
      • An element in some, but not all early city systems
  • MILITARY, COERCION and WARFARE Model
    • Cities as center of centralized military power.
    • In areas where population is growing and resources limited
    • A struggle to control resources
    • Town as a DEFENDED settlement
    • A focusing of power and resources in centralized OR strategic administrative / military locations
    • Evident in some early cities, but not all.
  • INNOVATION / INTERACTION Model
    • Emphasizes human inventiveness and creativity
    • Cities as centers of technological / economic / political change
    • Cities were the outgrowth of rising political power and became focal points of MORE innovation.
    • Growth creates growth.
  • Explanation of the urban origin
    • No single factor … a manifestation of many things
      • Response to need for RESOURCE MANIPULATION
      • Response to ACCUMULATIONS OF POWER
      • Response to SPECIALIZED LABOR NEEDS
      • Response to AGRICULTURAL SURPLUS
      • Response to TRADE / INTERRACTION (markets), DEFENSE
      • Response to INNOVATION

BEGINNINGS OF URBANIZATION

* Several important early centers of urbanization developed in the ancient world             … some clearly connected with one another … some adapting idea of the ‘city’             quite independently…

  • Cities of Mesopotamia
    • Ancient HEARTH for Western cities … though not Western itself.
    • S. area of Sumer … Tirgris and Euphrates … CORE AREA for world’s OLDEST cities.
      • Shares some parallels with more modern def. of cities (density, border, non-rural occu., center of power/culture)
    • While several “villages” pop up earlier, true urbanization occurs around 3500 B.C.
      • Ag. spread with help of Public Works Irrigation.
      • Irrigation led to growth of tools (plow)
      • Size of communities rose as SURPLUSES were produced
      • Political power center made of bureaucrats and priests
      • Temples (ziggurat) as city center, center of religious, center of economic (grain) storage and dispersal.
      • City States political structure
      • Invention of writing for record keeping, communication, trade
      • Ur – 35,000 to 200,000 pop. Perhaps 500,000 in “MSA”
    • Diffusion – use and idea of city spread E to Indus Valley, S to Nile, W to Mediterranean
  • Indus Valley – modern Pakistan
    • Highly urbanized by 2200 BC
    • VERY similar in function to early Sumerian cities
      • Irrigated agriculture
      • Joint political / religious centers
      • Trade lines extended W to Sumer
      • Harappa and Mohenjodaro
        • strong boundaries, fortifications
        • built with amazingly regular street plan
  • Nile Valley – Original large settlement, but not “urban”
    • Did have various capitals – Memphis, Thebes
    • Cities played no central role – authority lay in the power of the individual, not the place
    • Cities used for burials, ceremony, not political power.
  • Eastern Mediterranean
    • Outgrowth of Sumerian development, but VERY different in function.
    • Centers of trade and commerce, not religion
    • Military and political power largely to support trade
  • The Chinese City
    • Apparently independent.
    • Huang He Region E Central China 1500 BC
    • Agriculture, focus of power, boundaries, centers of dynasties.
    • A Hierarchy of cites developed in Imperial Political Structure – control, expansion etc.
      • IMPERIAL CAPITAL
      • PROVINCIAL CAPITAL
      • HSIEN CAPITAL – county seat. To collect taxes and act as a nodal center for rural countryside
  • Meso-American City
    • Much later urbanization process – 200 B.C.
    • City’s growth accompanied POLITICAL unification of whole region. Also RELIGIOUS centers
    • But… no unifying rivers as elsewhere in Old World. Distinctive
    • Also, no walls…
    • Tenochtitlan (Mexico City)

EUROPEAN URBAN MODEL – The Western City Evolution

  • Eastern Mediterranean Roots
    • Phoenician city – building for trade (1200 B.C.)
  • The Classical Era – Greeks and Romans (500 BC – 300 AD)
    • Greek City-State:
      • evolution of a geometrical urban landscape
      • trade orientated function
        • Agora – central open place, evolved into permanent comm. District
      • Intimate relationship between Greek city and surrounding countryside – city as marketplace for rural products. City’s pop. fed by countryside.
    • Roman City – many parallels, but some differences.
      • Romans adopted idea of regular layout … even more formalized. Trade orientated city (central forum, emporium)
      • Differed – didn’t evolve organically. Imposed from without.
      • Center of political / military control, order
    • Medieval Era of Urbanization (500 AD – 1500 AD)
      • Order / structure collapsed after fall of Roman Empire.
        • Cities didn’t necessarily collapse, but most contracted, function reduced.
        • Less need for trade, specialization
        • Power shifted to Christian Church and RURAL Feudal Landed Aristocracy
      • Later Medieval Period (after 11th c.) – Several important urban developments
        • Dominance of Trading Towns in N. Italy – Genoa, Milan, Florence, Venice –
          • Retained long distance trade with East.
          • Brought technical, economic inf.
        • NW European Urban Hearth
          • Legacy of Romans
          • Less internal strife (more homogenous). More civic cooperation (church / wall / market building)
          • City once again becomes economic trade center.
          • Occupation quarter – city divided often by trade. Guild hall. City takes economic urban form.
          • Vertical Segregation of town -
            • 1st Floor – Selling, display  2nd F. – Master
            • 3rd and 4th F. – Journeymen and Apprent.
    • Rise of Modern European City – Several types … A characteristic form and function
      • Merchants Town
        • NW Europe and Britain
        • Urban landscape focused on trade
        • Post 1500 – increased role for trade landscape in most cities
        • Altered urban landscape in ways to promote trade, circulation, interaction
        • MUCH more dynamic and capitalistic than earlier Euro City.
        • No accident its focus was in same area as Protestantism
        • More banks, warehouse districts, docks, wharfs, wider roads
        • FUNCTIONAL CITY – ex. Amsterdam, London
      • Renaissance City
        • Formed as princes and kings grew more powerful at the close of M.Ages.
        • Larger and more elaborate cityscapes.
        • Visual symbols of AUTHORITY and POWER
        • Focus on beauty, classical aesthetics, open space, monumental arch.
        • France, Italy, German kingdoms (Rome, Florence, Paris)
      • Rise of Modern European City
        • Industrial Revolution – power of industry to shape landscape
        • See industry notes
        • Steam tech freed industrial activity from a dependence upon waterpower sites.
        • Whole cities, esp. in England, organized around industrial activity – (Manchester, Liverpool)
        • Elements of Manufacturing City disperse to most cities in Europe, beyond.
      • Techno City
        • With 20th / 21st Century
        • Better transportation and urban growth has encouraged suburbanization
        • Electronic Age made CENTRALITY less important
        • New functional styles. Adapted to modern needs.
    • Key Points …
      • Euro city is ACCUMULATION of all these influences.
      • Selective elements of all of these traditions have been transferred globally to places of European colonization. Pattern of diffusion

NORTH AMERICAN URBAN MODEL

* Role of Trade in the creation of the form and function of the city

* Planned Design of the Western City

* Growth of Industry in the Euro City

* Urban Growth of the Techno City

* There is a TYPICAL, REGULAR pattern to the geography of the N.A. city, to the ways activities are organized

* Most have a well-defined CENTRAL BUSINESS DISTRICT (CBD)

* Towards the edge of the city a RESIDENTAL land use – usually in zones by economic status

* COMMERCIAL SECTOR – intervening shopping plazas and malls.

* ZONES OF TRANSITION – old houses, edge cities. A complex region.

* GROWING evidence of service sector

* Geogs and other social scientists have examined these patterns and have interpreted REGULARITIES. Models.

* 20th century brought decentralization to US cities … increased suburbanization

  • MODELS
  • Burgess Concentric Zone Model

o      Found a concentric zonal pattern of land use. Described them.

o      Dynamic model – city as a GROWING ORGANISM

o      Older model. Chicago. Needed update

  • Hoyt Sector Model

o      Many cities do not have circular zones. Sectors.

o      Transport rouges, special industrial zones, high rent districts of DISTORT concentric ring model

o      Low rent dist. nearest to INDUSTRY. High rent furthest away. Mid-income in-between.

  • Harris / Ullman MULTIPLE NUCLEI MODEL

o      Post WWII – to account for city spread

o      CBD is losing dominant position

§       Increasing competition from outer commercial zones

§       Increase in auto traffic

o      Less regularity

  • Outer City Model

o      Suggests the creation of true OUTER CITIES on the edge of the older central city

o      No longer just “suburban” in traditional sense

§       Real work / shopping places in outer cities

§       Less suburb to CBD commuting

§       Refocusing of economic activities

  • Consequences of Decentralization
  • As decentralization occurs … many urban problems become SPATIALLY FOCUSED in old central city.

o      Population Declines – leaves behind those least able to move … poor, young, old, disabled, minorities

o      Economic Declines – fewer job opportunities for CBD residents

o      Disamenities focused precisely in the area least able fiscally to absorb costs

  • Countercurrents

o      Inner city revitalization has improved selected neighborhoods … though not all CBDs

o      Some financing comes from PUBLIC SECTOR

o      Much comes from PRIVATE SECTOR – Both GENTRIFICATION

  • Future of NA City
  • Continued Suburbanization, decentralization
  • Old central cities will have mixed experience … largest will do best, compete globally
  • Trade, business, communication will continue to be prime shapers of the urban landscape

GLOBAL TRENDS …

  • Global level of urbanization has risen rapidly in the 20th century. One of the truly great fundamental changes in human geography
    • In 1900 – 14% Urban
    • By 2000 – 50 % Urban … with a MUCH larger base population
    • Of 100 largest cities of 2 M. plus 36 are in MDC … 64 in LDC
  • Of worlds 10 largest cities in 1992 … in millions
    • Tokyo … 27.5
    • Mexico City … 22
    • Sao Paolo … 20
    • Seoul … 17
    • New York … 14
    • Osaka – Kobe … 14
    • Bombay (Mumbai) … 13
    • Calcutta … 12
    • Rio … 12
    • Buenos Ares … 12
      • 7 in LDC
      • 3 in MDC
  • Of worlds 10 largest cities in 2034
    • Mexico City (2) … 40
    • Shanghai (n) … 38.8
    • Beijing (n) … 34.5
    • Sao Paolo (3) … 32.4
    • Bombay (7) … 30.6
    • Dacca (Dahka) (n) … 29.2
    • Calcutta (8) … 28.9
    • Jakarta (n) …27
    • Madras (n) …24
    • Tokyo (1) … 20
      • 9 of 10 LDC

FINAL THOUGHTS … BOTH URBAN and HUMAN GEOGRAPHY

* Geographic education makes ordinary … extraordinary

* To make us look critically at everyday things we take for granted

* The city / the world … to see it as a cultural invention … a product of human needs and human creativity … that is quite extraordinary.

* Continue to see ordinary as extraordinary

ECONOMIC GEOGRAPHY – INDUSTRY

December 10, 2009

ECONOMIC GEOGRAPHY – INDUSTRIAL

* Distribution and location of Industrial Activity

* A KEY ELEMENT OF ECONOMIC GEOGRAPHY!

* HUGE Transformative effect on the world.

* Tied in to the change in population growth, imperialism and colonialism, past and CURRENT wars, environment, commercialization  and modernization of the world.

DIFFUSION of the INDUSTRIAL REV.

  • Hearth = GREAT BRITAIN
    • 1725 – 1800 = Already evident
    • More concentrated / mechanized application of technology.
    • Began as a rural phenomenon, small cottage industries – clothing, tools, household implements
      • Raw Materials into Product
    • Early attraction to WATER sites… Mills
    • 1750 – 1850 = Improvements in coal mining and production of metals. Increases the SCALE of operations
    • Shift away from the rural, focused in urban. Why ??
      • Steam Technology – Away from flow.
      • Growth of Industry created more growth = larger factories = more employees needed
      • Rising demand justified higher outputs
      • Better Transportation – RR
  • Diffusion into Europe
    • Near-by areas felt effects soon. Spread into N. France, Belgium.
    • By 1850, Rurh and Saar regions of Germany. Grew Rapidly! Aided by political unification – emerges as major industrial power.
    • By late 19th C. – further diffusion to other focal points
      • N. Italy
      • Silesia in E. Europe (S. Poland)
      • Russia
  • Global Scale Diffusion as well!!
    • By mid 19th C. – rapid adoption in US.
    • U S. was a HUGE untapped resource base.
    • Rapidly growing pop. – both for work, and for consumerism.
    • Initial focus in New England (textile)
    • Shift to Midwest/heavy industry post 1850
    • Further diffusion in S, W. Late 19th and 20th C.
    • Diffusion to Japan, Asia by end of 19th C.
    • Colonialism (British, other) diffused industrialism to LDCs…low cost labor, Demographic Transition Model…
    • Process / pace is MUCH FASTER today than ever before … ongoing process.

LOCATION FACTORS

Q: Why does an industry locate where it does?

A: Many factors shape the pattern of industrial location. No single factor. Will vary by industry and circumstances.

* Key challenge is that best site for RAW MATERIALS may not be best site for LABOR COSTS.

  • Several KEY CONSIDERATIONS
    • ACCESS TO RAW MATERIALS
      • Ideally – Ready access to RAW Materials – at low cost – in ABUNDENT, DEPENDABLE supplies.
      • Some industries DRAWN to R.M. Sources
        • Weight loss accompanies the manufacturing process. “Bulk Reducing Industries.”
    • ACCESS TO LABOR
      • In labor intensive industries, producers MUST locate near sources of CHEAP labor.
      • Labor Availability
      • Labor Skills
      • Labor Lost to Migration
    • ACCESS TO MARKETS
      • Proximity to CUSTOMERS can be a major locational factor.
      • If consumers are CLUSTERED, locate near cluster…
      • If consumers are DISPERSED, central spot
      • Where is this key…
        • Bulk Gaining Industries …
        • Perishable / Fragile Products
        • Cost of shipping is high
    • ACCESS TO ENERGY
      • All use … some processes need abundance of CHEAP energy.
        • River, Oil / Coal, Coastal for overseas energy access
    • OTHERS that have to be weighed
      • Cheap land for capital
      • Transportation infrastructure
      • Capital for growth
      • Favorable political set (tax, regs)

* All these diff. factors may point to a variety of different locales.

* Geographers need to be LOCATIONAL ANALYSTS to figure out spot where costs can be minimized, revenue maximized.

* Similar to the farmer…

MAJOR MANUFACTURING REGIONS

* 4 Dominant Areas in MDCs – some others in newly industrialized regions…

* tells us something about the favorable location factors in those regions…

  • MDCs
    • NORTH AMERICA – Concentrated in Megalopolis / Great Lakes – over 1/2 focused…
      • Gulf to Pacific Coast other zone
      • Why –
        • Great Markets
        • Infrastructure
        • Skilled (and unskilled) labor
        • Large Capital Investment
      • Regional Differ. / Advantages
        • New England: Textiles to High Tech. Educated Work Force.
        • Mid Atlantic: Near Markets, finance center of NYC.
        • W. Great Lakes: Cheap Transport, heavy industry, skilled workforce (but high wage)
        • SE US: Lower labor costs (fewer unions, less educated)
        • Gulf Coast: Energy (Petroleum)
        • West Coast: Access to global trade, weather, ag, tech, educated work force, originally CHEAP land.
      • Connections and Challenges
        • Globally linked – NAFTA, links to post WWII Europe and Asia
        • Loss of industry due to outsourcing, global pursuit of $.
    • WESTERN EUROPE – Old core of Industrial Revolution. Still a power today.
      • Many highly specialized zones
      • Great educated labor source, markets, infrastructure – HIGHER cost though… more imported RAW materials
      • Where
        • Germany (Ruhr Valley, Rhine) – largest power. Also UK, France, N. Italy, Belgium
      • Regional Differ. / Advantages
        • Highly varied…some heavy, some high tech…auto industry
      • Connections and Challenges
        • Aging infrastructure, workforce
        • GREAT growth thanks to EU, common market … few internal barriers to trade.
    • EASTERN EUROPE – Big zone stretching from Poland/Czech into C. Russia. Several LARGE zones
      • Where
        • Poland, Czech, Hungary, Ukraine
        • Russian regions – St. Petersberg, Central, Volga, Urals, Kuznetsk Basin
        • New areas – Central Asian Gas Fields
      • Regional Differ. / Advantages
        • Trad. Focus on heavy industry. Strong political investment.
        • Large supply of RAW Materials
      • Connections and Challenges
        • Much of industry has been sold off
        • Increased economic gravitation to W. Europe / EU
    • JAPAN / EAST ASIA – Large growth between 1895-1945 : Imperial Japan
      • Devastation, aid, regeneration 1945-1970.
      • Big growth in export oriented industries 70s-present
      • Where
        • Kanto Plain (Tokyo), Kinki District (Kobe/Osaka)…both on Honshu
      • Regional Differ. / Advantages
        • HIGHLY skilled labor … once cheap, now costly.
        • Good infrastructure, innovation, close government ties
      • Connections and Challenges
        • Lacks Natl. Resources, but large work force
        • Strong ties to global market, support
  • Emerging Nations
    • CHINA, INDIA
      • Since 1980s, RAPID expansion
      • HUGE domestic market
      • Govt. and world policies favorable
      • Good natl. resources / labor
  • LDCs – two broad zones
    • LATIN AMERICA
      • Linked to N. America, Europe
      • Mexico and Brazil are two giants
      • Chile, Argentina, Venezuela
      • Global ties – NAFTA, Mercosur
    • SE ASIA
      • Taiwan, Hong Kong, Singapore, Indonesia, Malaysia, Thailand …
      • Once cheap…increasingly important…
      • Large cheap labor force

INDUSTRIAL PROBLEMS/CHALLENGES

  • MDC – CAPITALIST Countries
    • Aging industrial infrastructure
      • Old plants, technology
    • Regional disparities
    • Globalization pressures in labor
    • Environmental issues
    • Rollercoaster of the market …
  • MDC – SOCIALIST
    • Large, slow to respond govt.
    • Traditional emphasis on heavy industry … needs to shift to consumer goods
    • Wide technology gap
    • Environmental Issues
    • Rapid pace of change … corruption
  • LDCs
    • Need for Infrastructure
    • Distance from major markets
    • Need for capital….that stays there!
    • Skilled labor
    • Environmental issues
    • Unpredictable political climate
    • Global rollercoaster

ECONOMIC GEOG – AGRICULTURE

December 10, 2009

ECONOMIC GEOGRAPHY – AGRICULTURE

The remaining 1/4 of the course focuses on ECONOMIC ACTIVITIES

* Agricultural Sector

* Industrial Sector

* Urban Activities and Growth

For each we are interested in looking at three perspectives

* Origins and Diffusion of Activities

* Modern Distributions and Character

* Theoretical Patterns and Models

To think about … In terms of ECONOMIC ACTIVITIES and their effects on the LANDSCAPE, what idea or invention has had the biggest IMPACT?

PLANT AND ANIMAL DOMESTICATION

* Key cultural change in mankind’s history

* GREATLY modified the landscape

* Fundamentally changed society and culture

DEFINING THE PROCESS – Domestication

  • A process of PURPOSEFUL SELECTION whereby plants and animals, deemed useful to man, are bred, protected and cared for.
    • Genetic selection on the basis of CULTURAL needs.
    • Often dramatically changes size and makeup of plant/animal. May even influence the ability of a plant/animal to reproduce on its own.
  • IT’S A PROCESS, NOT AN EVENT
    • Ongoing. Might begin by accident (throwing seeds into a garbage pile or a campfire, noting they sprout a new plant)
    • At some point a selection process begins. Becomes a PURPOSE.
      • Seeds, plant cuttings, animals taken from SUPERIOR (choice) examples and ISOLATED and PROTECTED
  • Cultural Meaning
    • Animals
      • Capture, holding, and herding…
        • Implies a degree of cooperation among people…a SOCIAL COMPLEXITY
      • Religious as well as food, clothing, beasts of burden.
    • Plants
      • Vegetative Reproduction (Vegeculture)
        • reproduction by taking cuttings of the plant and replanting it (potato, banana, sugar cane)
      • Seed Reproduction – scattering of seeds produced in the fruit of the plant
      • BOTH imply an element of cultural organization and SOME understanding of reproduction process
    • Results
      • A SPECIALIZATION / SIMPLIFICATION process where desirable plants and animals are encouraged and non-desirables are excluded.
        • WEED concept.
        • an ongoing process…

Why Did Domestication Occur? – Ideas..

  • Need for food
    • Growing imbalances in an area between population growth and food supplies.
    • Assumes an already mostly sedentary pop. turned to experimenting with local resources.
    • Some argue that CLIMATIC FLUCTUATIONS (10,000 to 15,000 years ago) furthered pressure on populations
    • Significant drying or desertification in Mideast – encouraged resorting to Agriculture.
  • Religious / Cultural Needs
    • Animals and plants kept as pets, or needed for religious ceremony had to be had.
    • Experimentation found other uses…
  • Fear
    • Weaker groups forced to domesticate or face attacks from other hunter/gatherer groups
  • Sauer Domestication
    • Not caused by hunger or fear.
    • Ample food supply – not starving would be more apt to experiment
    • Sedentary – secure, not needing to flee. Had been there a LONG time as intimate knowledge would be necessary
    • Postulated that fishing societies…
    • Varied natural environment – more types to experiment on
  • *No final answer

Where did it occur? – did it happen once, twice and diffuse? Or in many places?

* Sauer was a member of the diffusionist school…in the old world …             Mesopotamia, Mediterranean, E. Asia and perhaps the Americas and then             diffused…

  • Vegiculture
    • Some focus on SE Asia, based on diversity of plants, fishing culture. Then spread inland in E. Asia, and even westward…
    • Western South America – independent or diffusion. Sauer believed independent, then enhanced by contacts
  • Seed Based Agriculture – Sauer believed it occurred rarely, then diffused…
    • S and SW Asia – A key hearth. NW India (Indus R. Valley). SW Asia (Mesopotamia, Tigris and Euphrates) – Wheat and Barley and Herd animals. Approx. 10,000 years ago.
    • N. China – Millet grains, Soybeans, Rice
    • Ethiopian Highlands (9,000 – 10,000 BC) – millets, sorghum – LESS DIFFUSION due to physical boundaries
    • Western Tropical America – S. Mexico to Peru – maize, squash, beans, cottons – RARE…(8,000 BC)

Global Diffusion and Modernization

  • Global Diffusion – Complex process of global diffusion mixed with historical migration, trade, flow of ideas
    • Diffusion into Europe
      • From SW Asia, evolved slowly and differently across the continent.
      • Environmental diversity WITHIN Europe – provided a variety of settings, domestications.
      • Began to reflect cultural meanings
      • Once in SE Europe – 2 broad waves of diffusion
        • ONE AREA – Spread NW into rich soil basins of Danube Valley (Hungary) and N into Poland, N. Europe, Atlantic Coast. -6 to 7 K years ago – evidence of farming to England
        • 2nd AREA – W along Med. Not sure how … colonization etc.
      • Again…all began to reflect some regional culture change
      • Europe’s conversion to ag is KEY. Greater population growth, more tech. innovation. Seeds of colonization…
    • Diffusion into N. America
      • New World Tropical
        • Land Bridge? Other?
      • NW Europe
      • Mediterranean
      • Old and New World Tropical (via Europe)

Global Agriculture TODAY

* Modern Pattern is a function of 1000s of years of evolution

* A complex expression of diverse ecological adaptations to environment

* Adaptations include changing technological advances and cultural changes

  • Most Significant Influences Today * Not present 500 years ago!
    • Highly commercial, specialized ag.
      • Growth of a GLOBAL economy where ag. products become part of world market.
    • Trend to intense technology – Europe’s Agri. Revolution
  • Most Significant Influences Today * Present from the past
    • Traditional practices – some remain unchanged. Others blend…
  • Types of Agriculture
    • Subsistence – 4 Types
      • Shared Characteristics
        • Relatively high amount of pop. In the labor force
        • Low levels of capital and machinery
        • food produced primarily for local consumption at household/village level
        • Usually associated with LDCs
      • SHIFTING CULTIVATION
        • periodic land rotation (slash and burn, swidden)
        • focused in tropical forest env.
        • land is cleared, burned to add nutrients
        • farmed for 3-5 years then abandoned. New lands cleared, burned
        • Crops vary
        • “intercropping” common
        • occupies 1/4 of the world land area, but only feeds 5% of the population
        • EXTENSIVE land use
        • can be efficient for small stable pop. But VERY sensitive to pop. change
      • INTENSIVE SUBSISTENCE (rice)
        • More intensive use of land — larger investments in human and animal labor per acre.
        • Can and does support higher densities
        • often a careful use of land. Intricate drainage and terracing.
        • 3 Significant Zones
          • S. Asia
          • SE Asia River Valleys
          • E China/S Japan
        • Monsoon dependent, can double crop in warmer areas
        • Green Revolution Impact?
      • INTENSIVE SUBSISTANCE (not rice)
        • Shares most characteristics except climate more suitable to other crops.
        • Wheat, corn, oats, soybeans (some cash crops – tea, tobacco, hemp, cotton … illegal?)
        • Zones – Interior of India, China, Highlands of Latin America
      • PASTORAL NOMADISM
        • practice of herding domesticated animals.
        • usually in drier climates where other types are not applicable
        • small pop. today, but 20% of land
        • animals used in many functions
        • fringe of dry Africa, SW Asia and Central Asia, N Asia and America
        • Migration pattern is NOT random, result of YEARS and INTIMATE knowledge. Often HUGE cultural implications.
        • Seasonal movement patterns in mountain areas = TRANSHUMANCE
    • Commercial – 7 Types
      • Shared Characteristics
        • Not labor intensive
        • Machinery/capital intensive
        • Large farm size with downward trend in # of farms
        • Output sold to non-local processors and consumers
        • Close integration to other businesses (transportation, processing)
        • Specialization
      • MIXED CROP AND LIVESTOCK
        • Areas with combined crop and livestock production
        • Often crops and livestock on same farm
        • Most of crop fed to animals for meat production – farm income results from meat or dairying
        • often employs crop rotation for fertility
        • Midwest US, S S. America, S Africa, Europe
      • DAIRY FARMING
        • Some areas specialize, often where less good land for other production.
        • Often smaller, more productive
        • Transport improvements!
        • Great Lakes/NE US, NW/N Europe, Oceania
      • GRAIN FARMING
        • Zone of specialization – fewer livestock – concentration on dryland grains (wheat)
        • Usually for human consumption
        • larger farm sizes
        • lower labor intensity
        • GLOBAL market
        • North American Plains, Argentina, Australia, Central Russia
      • LIVESTOCK RANCHING
        • Specialization. Meat production.
        • Much lower intensity per acre
        • Adapted to marginal environment
        • Highly commercial
        • LARGE land use
        • Low labor intensity
        • W. N America, Venezuela Llanos, Semiarid S America, Southern Africa, Central Asia, Interior Australia, N. Zealand
      • MEDITERRANEAN AGRICULT.
        • specialized form of MIXED Ag. Adapted to Med. Climate
        • Smaller % of ag is devoted to livestock. More for consumption and trade.
        • Tree crops – Citrus
        • Viticulture – Grapes / Olives
        • Mix of cereals and livestock (sheep, cattle)
        • Med. Europe, W. Coast Calif, Central Chile, S S. Africa, N. Zealand
      • COMMERCIAL GARDENING, FRUIT FARMING, ORGANIC FARMING
        • Specialized, intensive ag.
        • “Truck Farming” – High inputs of capital and tech. on SMALL units
        • Important Intensive Operation – expensive to haul, perishable foods
        • Close connection to large urban areas
      • PLANTATION AG.
        • Usually assoc. with tropical, LDC
        • Plantation – large farm unit specializing in production of for sale crops
        • MDC control, though in LDC
        • cotton, sugar, coffee, rubber, tobacco, cocoa etc…
        • scattered around tropical, LDC world.

LOCATION FACTORS IN AG.

* A look at the theory behind why people farm where they do…

  • Site
    • Physical Environment – Climate, soils, slope, vegetation
  • Situation
    • Farm’s location in the context of other human activities
      • Networks of distribution, markets to sell, purchase.
      • Cultural variables – ie. people’s tastes and preferences; food consumption patterns; historical pat.
  • Economics Variables
    • Costs of Production – tied to SITE and SITUATION
      • COSTS – prices of production and distribution
      • REVENUES – Access to demand and markets.
      • Economic variables vary depending on WHERE the farm is located.
      • Will determine type of farm, use in a large part.
  • Von Thunen’s Simplified World

* Von Thunen was German farmer, also Economic Geographer

* Developed some general “location factors” – Explained WHY certain crops were farmed WHERE they were.

o      Began with a set of Simplifying Assumptions – focused ONLY on economic variables

o      All SITE factors are equal

o      All CULTURAL factors are equal (same tastes, access to tech)

o      Farmers EVENLY spread out across the landscape

o      All commercial output sold at a CENTRAL market.

o      Assume diff. TYPES of farms

* Given this simplified landscape, WHERE would different types of agriculture land use locate?

o      Economic Variables

o      V T suggested Economic Variables would affect location of agricultural product.

o      The VALUE of a crop per unit of land – How many $$$ per acre are earned? – varies per crop.

o      The COST of transportation (shipping) will vary.

o      KEY: All farmers will DESIRE to be as CLOSE to the Market as possible. Why? – to lower costs of transport etc.

o      The Model

o      Bidding Process – goes to the highest bidder

§       Farms the produce the HIGHEST PROFIT will outbid all other products for BEST LOCATION

§       Who is this?

  • Profit = most revenue
  • Profit = least costs
  • Those that produced HIGH PROFIT crops and those that have HIGH TRANSPORT costs
  • Truck Farmers come out on top … their expected profit is higher / acre, can OUTBID
  • Dairy – high profit, high transport costs
  • Mixed Crop / Livestock
  • Grain Farming (wheat, rice etc)
  • Ranching

* Original VT Model had different crops, but IDEA is the same

* Helps us grasp key role distance, transportation costs play in shaping location/geography in Com. Ag.

Midterm #3 (Final Exam) Study Guide

December 9, 2009

GPHY 121D

Midterm #3 Study Guide

This is by no means a comprehensive list, but a guide to some general ideas that will be represented on the exam. Reading is applicable – Text – 254-289, 326-363, 364-395, 430-463. Case studies talked about in class are also applicable. If you are missing notes, feel free to check out www.matthewfockler.wordpress.com. The exam is on TUESDAY, DECEMBER 15 AT 8:00 AM!!! Review is in Reid 108, Monday Dec. 14 at 7:00 P.M.

POLITICAL GEOGRAPHY

  • Differences between a NATION and a STATE. Types of Nation/State
  • Evolution of the STATE
  • Geographic characteristics of the STATE
  • Methods of Organizing a STATE (Unitary v. Federal, Core/Periphery etc)
  • Multinational States
  • Problematic Boundaries of States (Characteristics)
  • State Linkages (Economic, Political, Global)

ECONOMIC GEOGRAPHY – AGRICULTURE

  • The process of DOMESTICATION – Selection, Cultural Meaning etc.
  • Types of Reproduction
  • Why did Domestication / Ag. Occur
  • Carl Sauer Domestication / Ag. Process
  • Where did Domestication / Ag. Occur?
  • Global Diffusion and Modernization of Domestication / Ag.
  • Global Ag today – Commercial, Subsistence (types)
  • Location Factors in Ag – Why people farm the types of product where …
  • Von Thunen’s Location Model

ECONOMIC GEOGRAPHY – INDUSTRY

  • Diffusion of the Industrial Revolution (Hearth, Where, Why?)
  • Location Factors – Why does an industry locate where it does?
  • 4 Major MDC Manufacturing Regions
    • Where and Why
    • Regional Differences and Advantages of each
    • How are they connected to the world / what challenges do they face?
  • 2 Emerging Nations
  • Industrial Problems / Challenges (MDC – Capitalist/Socialist, LDC)

ECONOMIC GEOGRAPHY – URBAN

  • Definitions (City, Urbanism v. Urbanization, MSA, Functional v. Administrative)
  • Why do cities grow – What triggers human settlement pattern change?
  • Beginnings of Urbanization (Mesopotamia etc)
  • European Urban Model – evolution and examples
  • North American Urban Model – evolution and examples
  • Global Urban Trends

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