GEOG 2200 Exam 3 Flashcards
Primary Activities
Extraction from the earth’s surface
- Wholesale, retail trade, etc.
Secondary Activities
Manufacturing (industrial) and processing of raw materials into useful products
- Tertiary (quaternary & quinary)
Tertiary Activities
Provide services to business and goods and services to individuals
Agriculture; 5 hearths of agriculture
Fertile Crescent, Nile River Valley, Mesoamerica, Sub Saharan Africa, East Asia
Subsistence agriculture
Subsistence Agriculture
Growing only enough food for the immediate needs of the family for survival
Shifting cultivation (slash and burn) - clearing land by cutting vegetation & burning the debris
Low productivity and low population density
1st Agricultural Revolution
1st Agricultural Revolution: 14,000 - 8,000 years ago
Basic farming, with handmade tools
Cultivation of seed crops and domesticating animals
Von Thünen agricultural land use allocation model; know the model assumptions
Predicts how humans will use land in relation to the cost of land and the cost of transporting products to market.
Single market center
Isotropic plain (equal fertility and uniform plain)
Yield is consistent
Transportation cost is equal in all directions and transportation rate is fixed
Price of crops is fixed
Farmers pay transportation cost
Farmers are profit maximizers
Economic Rent
the extra amount earned by a resource (e.g., land, capital, or labor) by virtue of its present use.
Economic Rent - R =Y(p-c) - yfd
Y - Yield per unit of land
D - Distance from market
P - Price per unit of output
C - Cost per unit of output
F - Freight rate per unit (per 100 miles)
Bid Rent Curve
Bid Rent Curve - Maximum potential rent for land as we move away from market
Cottage industry to Industrial Revolution; characteristics
Cottage Industries
Home based, small production of goods
Putting out system prior to the Industrial Revolution
Factory system with single task assignment (rural to urban migration)
Industrial Revolution (U.K)
Trade during colonialism (1600s -1700s) accumulated wealth in the U.K
Wealth supported innovation (invention of machinery)
Industrial Revolution, 1750s ~ (“Take off”)
From water power to burning coal for energy
Steam engine to railroad era, 1800s (higher development)
Least cost theory; what it is
Least Cost Theory (Weberian Analysis)
Alfred Weber: “Theory of Location of Industries”
Minimizing the basic costs (transportation, labor, and agglomeration) = optimal location
Bulk-reducing vs. bulk-gaining industries
Bulk-gaining industries are primarily focused on environmental sustainability; bulk-reducing industries are concerned solely with profit. Bulk-gaining industries make products that weigh more after assembly than before assembly; bulk-reducing industries make products that weigh less after assembly than before assembly.
Material vs. market-oriented
market orientation
the tendency of an economic activity to locate close to its market; a reflection of large and variable distribution costs
material orientation
the location of the manufacturing plant in relation to the source of raw materials
Agglomeration; basic ideas 5 modes of transportation;
Agglomeration
Spatial concentration of similar industries for mutual benefit (= localization)
Economic advantages or benefits gained by close proximity to people and similar businesses
Information spillover / exchange about competitors
5 Modes of Transportation
Boat (ex. Seaspan Breeze)
Truck
Plane
Train
Pipelines
advantages & disadvantages of each transportation mode; cost advantages for differential distances
Break-in-bulk point Just-in-time delivery
Break-of-Bulk
a location along a transport route where goods must be transferred from one carrier to another.
Just in time delivery : shipment of parts and materials to arrive at a factory moments before they are needed
Product life cycle; what are 4 stages; the role of MDCs/LDCs
Stages for product that go through its cycle
Introduction
- Single version of product
Growth
- Multiple versions of product
- Demand increases
Maturity
- Company wants to avoid any product holes for the competitors
- Company creates the broadest product line possible
Declime
- Demand decreases
Deindustrialization; causes and consequences;
Decline of CBD in the 1950s -1960s
Relocation of industries ( manufacturing ) away from CBS to suburbs and LDCs
Restructuring of industrial production away from labor intensive process
Loss of jobs → workers → services
Rust Belt v. Sun Belt dichotomy
Rust Belt: Areas where manufacturing was prominent
Deindustrialization occurred throughout the mid 20th century
Factories are left abandoned
Sun Belt: Areas where population and job growth are occurring
Less unionized workers - benefits companies
Seeing a growth of businesses moving their job sites to this area
Cheaper labor
37th parallel: Boundary between Rust Belt and Sun Belt
Structural change of economy; shifts in economic activities in the development continuum
Structural Change of Economies
Overtime, tertiary services have increased into post industrial times
Secondary activities have slowly decreased into post industrial era
Primary activities have decreased overtime into post industrial era
Quaternary activities have increased into post industrial era recently
Economic base theory Basic & non-basic sectors; BA: NBA = TA ratio to use
Basic Sector: Exports products primarily to consumers outside the region, generating income into the community
Nonbasic ( residentiary) sector: provides goods or services for consumption within the community
Ex. Beauty salons, restaurants, etc.
Economic Base: Trade based explanation of why regions grow & decline
Growth lies in external (outside of the region) demand for products
Basic activity (BA) & Nonbasic activity (NBA)
BA + NBA = TA (Total Activities)
As a settlement increases in size, the number of NBA personnel grows faster than the number of new BA workers
City with a population of 1 million (BA:NBA 1:2)
Multiplier effect; definition
Multiplier Effect
The expected addition of nonbasic workers & dependents to a city’s total employment & population that accompanies new BA employment
Location quotient (LQ); what is it; how to interpret LQ; No calculations required for LQ
Location Quotient (L.Q.)
ratios that allow an area’s distribution of employment by industry, ownership, and size class to be compared to a reference area’s distribution
LQ = ei / (divided by) e
———————–
Ei / E
ei - number of local employees in industry 1
e - number of total local employees in all industries
Ei - number of U.S employees in industry 1
E - number of total U.S employees in all industries
Origin of cities; urban hearths and the emergence of civilization
Agricultural Surplus
Feeding non - farm population
Social stratification
Leadership class to control territories
Hearths:
Mesoamérica
Mesopotamia
Huang He
Peru
Nile
Indus