ECONOMIC ACTIVITY + ENERGY Flashcards

(57 cards)

1
Q

Define: the PRIMARY sector

A

Economic activities concerned with the working of natural resources
EX: agriculture, fishing, mining, quarrying, lumberjacks

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2
Q

DEFINE: the SECONDARY sector

A

Economic activities concerned with making goods

EX: car manufacturing, building, energy production

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3
Q

DEFINE: the TERTIARY sector

A

Economic activities concerned with providing services and enabling goods to be traded
EX: doctors, teachers, hairdressers, retail, market seller

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4
Q

DEFINE: the QUATERNARY sector

A

Economic activities concerned with knowledge that leads to provide highly-skilled services
EX: research + development, scientific research, universities, IT + computer science

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5
Q

CLARK FISHER MODEL:

A

PRE-INDUSTRIAL: (<1750)
-PRIMARY sector is leading by far with around 70% of total employment
-barely any tertiary/secondary employed (tailors/blacksmiths)

INDUSTRIAL (1750-1970):
-MECHANISATION + INDUSTRIALIZATION of farming (e.g combine harvesters) reduces the need for labour in primary sectors
-agriculture moves away from SUBSISTENCE farming
-releases more labour for other sectors
-secondary sector is emerging + offers higher wages + peaks here above primary sector
-“brain drain” as the young and skilled move towards secondary jobs for higher wages

POST-INDUSTRIAL ( post-1970’s)
-higher wages and economic growth from manufacturing creates more DISPOSBALE INCOME
-more have money to spend on services
-increased need for service employment
-growth in the tertiary sector, now the largest sector

QUATERNARY sector is also introduced here, where developed countries invest funding into the “knowledge” sector, in order to stay ahead and continue to develop in their research, technology, higher education and knowledge

POST-INDUSTRIAL

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6
Q

General factors influencing the location of economic activity

A

1) employees
2) customers
3) supplies
4) price of land
5) transport
6) infrastructure

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7
Q

Factors influencing the location of PRIMARY sector activity (8)

A

1)topography of land
2) good, clean water supply for crops
3) fertile land
4) proximity to market (transport goods)
5) transport links (vans/ freight trains)
6) large, cheap space
7) climate conditions
8) supply of energy/ raw materials

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8
Q

Factors influencing the location of the SECONDARY sector activity (7)

A

1) large, cheap land (build factories + car parks)
2) proximity/ availability of labour (skilled?)
3) transport links (transport goods + convenience for workers)
4) good, clean water supply
5) supply of energy
6) proximity to market
7) ability to build infrastructure/ strong infrastructure

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9
Q

Factors influencing the location of TERTIARY sector (5)

A

1) proximity to target market
2) good transport links for labour force
3) skilled labour availability + proximity
4) accessibility for customers
5) attractive environment

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10
Q

Factors influencing the location of the QUATERNARY sector:

A

1) room for expansion
2) highly skilled workforce available
3) accessibility for labour
4)access to latest research

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11
Q

Why are CBD’S so accessible

A

1) place where all transport networks converge, bringing in the highest number of customers
2) CBD attracts the entire “sphere of influence” from the entire city and wider regions
3) CBD often has a wealthier community- beneficial to tertiary services
4) CBD is accessible to all workers + tertiary requires a large number of workers

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12
Q

CHANGES in the location of PRIMARY sector:

A

-soil becomes infertile
-climate change (flooding/droughts)
-raw materials may deplete or become economically unviable

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13
Q

CHANGES in the SECONDARY sector location factors:

A

-TRANSPORT: faster + cheaper
-TNC’S have increased factories
-ELECTRICITY can now be supplied almost anywhere: no need to be tied to a power source of coal etc.
-INTERNET : instant communication anywhere is possible
-DEINDUSTRIALIZATION
-government policies: emerging countries attract manufacturing with tax incentives
-raw materials: may be depleted and no longer available
-urbanization

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14
Q

CHANGES in the location of the QUATERNARY sector:

A

-GOVERNMENT INVESTMENT: impacts the region
-improvements in infrastructure + safe environment attracts quaternary activities

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15
Q

DECENTRALISATION

A

People and businesses, especially tertiary sector moving out of the CBD and out towards the rural-urban fringe
-cheap greenfield land
-large land to build car parking spaces
-more accessible to large families + mass buyers
-next to motorways
-lots of room for expansion
-attractive environment/ little pollution
-proximity to workers

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16
Q

REASONS for change in number of people employed: (6)

A

1) level of development
2) government policies
3) demographic change
4) availability of raw materials
5) mechanisation
6) globalisation

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17
Q

LIC’S: sector employment

A

Primarily PRIMARY sector
-relies on raw material exports to developing/ emerging countries
-has plentiful supply of raw materials
-still relies on subsistence farming

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18
Q

EMERGING countries: sector employment

A

Primarily SECONDARY
-government attracts manufacturing from TNC’s with tax incentives
-semi-skilled labour force are effective
-TNC’s tend to outsource factories cause of lower costs

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19
Q

DEVELOPED countries: sector employment

A

Primarily TERTIARY
-higher educated population: more focus on tertiary/ quaternary for higher wages
-mechanisation causes decrease in primary sector
-deindustrialisation as more disposable income means more services required

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20
Q

GOVERNMENT POLICIES: changes in sector employment

A

-DEVELOPED: investment on quaternary
-uses tax incentives
-infrastructure improvements
-communist countries: government have a more dominating control over industry types

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21
Q

GLOBALISATION: changes in number of people employed

A

-TNC’s outsourcing more: increase in secondary of emerging countries
-internet + improved communications- increase in tertiary across across the world
-countries can focus in on their economic strengths due to the increased INTERDEPENDANCE ex: Jamaica can focus on tourism

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22
Q

TECHNOLOGY: changes in number of people employed:

A

-MECHANIZATION: decreases primary sector
-internet- opens new job opportunities across the world + allows for changes in research (quaternary)
-improvements in transport have reduced “friction of distance”

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23
Q

DEMOGRAPHIC CHANGE: changes in number of people employed in each sector:

A

-aging population: more focuses on care homes/ specialist services ex
-more women involved in labour
-increasing population: more workers available
-increasing population: greater demand for goods and services
-people gain more disposable income to spend on services and leisure

24
Q

UK: economic sector shifts case study

A

The UK was the world’s first industrial nation + led the Industrial Revolution
Fifty years ago: manufacturing 40% of the economic wealth and employed one third of the workers
TODAY: less than 25% of wealth and only 9% of workforce
DEINDUSTRIALISATION + TERTIARIZATION- the global shift in manufacturing
-investment in QUATERNARY sector (e.g Cambridge science park +UK space agency)

NEGATIVE impacts:
-high levels of unemployment
-BRAIN DRAIN
-DEMULTIPLIER effect
-increased crime due to high levels of unemployment
-abandoned factories: pollute land and can be used for crime
-impact imbalance between industrial and non-industrial area ex: NORHT/SOUTH divide east Sheffield vs west Sheffield

POSITIVE impacts:
-less pollution (factory emissions + waste removal)
-overall GDP increases from tertiarization
-tourism + retail increase encourages new opportunities
-attracts international events, tourism and investment
LONDON is now the second most important financial centre of the world after New York (increased political power)

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CHINA: economic sector shifts case study
Giant country in size + population (1.4 billion) Shift from primary —-> secondary Government direction for China to become a part of the global economy (previously only with the Soviet Union + Eastern Europe) -accounts for 50% of china’s GDP -successful because elf availability of labour + energy POSITIVE : -more disposable income + increased wealth and GDP -higher standard of living -urbanisation + developed infrastructure -more investment in education + health services -increased investment from TNC’s NEGATIVE impacts: -increased wealth gap between regions as rural primary regions are left behind -air, water, noise, pollution all increased -CHINA is one of the world’s largest co2 emitters
26
INFORMAL EMPLOYMENT: definition
Employment that exists outside of government regulation
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More than __ % of the world is employed in the informal economy
60
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Reasons for informal employment
1) increase in RURAL-URBAN migration creates a surplus of labour + underemployment/ unemployment 2) low wages drive people to earn additional money to support family 3) employers refuse to give out holiday/sick pay 4) low-educated workers cannot find a job in the formal sector 5) flexible hours to accommodate family 6) no need to pay tax
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Paratransit: informal sector
-minibuses, rickshaws, pedicabs -arise from the lack of official transport (too slow, too congested, too expensive etc.) -causes congestion -provide cheap services to the city
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Disadvantages of the informal sector
-little to no regulations (dangerous health and safety) -no paid sick leaves -injury is common -increase in child labour -uncertain legal status -discrimination -government collect less tax -cannot break the CYCLE OF POVERTY
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Advantages of the informal sector
-provides cheap goods and services -supplies jobs to the poorest people of society -increased personal profit as don’t have to pay tax
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DHAKA, BANGLADESH : informal sector case study
Population: 22.5 million 25% of capital’s population lives in slums -most densely populated megacity in the world -over 690,000 children involved in informal employment -these children are exposed daily to drugs, pollution, violence and have to carry extensive hours with excessive loads -low education therefore -children face poor health
33
Malthus’ theory
Population will overtake the amount of resources available and their won’t be enough supply so population will decline -increased death rate: war, famine, disease -decreased birth rate PESSIMISTIC
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Boserup theory
Humans will continue to invent and advance in order to increase food supply and therefore population will always increase “Necessity is the mother of invention” OPTIMISTIC
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Malthus vs boserup
MALTHUS: -not accurate -new technology (e.g GM crop farming) displaces his theory -famines are proof of his theory -food prices are increasing -fertile soil is depleting BOSERUP: -innovations may be bad for the environment in long term (e..g cattle farming on the amazon) -perhaps unrealistic
36
Ways to achieve balance of population + resources :
1) controlling population growth (e.g family planning) 2) relying less on natural resources 3) technological developments 4) reducing our resource consumption
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Primary vs secondary energy
PRIMARY: fuels that provide energy without undergoing any conversion process e.g firewood, natural gas SECONDARY: made from the processing of primary fuels e.g electricity
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Reasons for increased energy demand
1) growing population 2) increased standard of living 3)mechanization 4) urbanisation — transport + building 5) higher demand of food—> intensive farming
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What is an ENERGY GAP
The difference between energy demand and energy supply is
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ENERGY SECURITY
The ability of a country to meet all it’s energy needs reliably - preferably within its own borders
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3 subfactors needed to be energy secure
-UNINTERRUPTED supply -AFFORDABLE supply -ACCESIBLE supply
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Non-renewable energy resources (4)
-gas -oil -coal -nuclear
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Renewable energy resources (6)
-wind -tidal/wave -geothermal -solar -biomass/waste -hydroelectric
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FACT FILE: coal
-non-renewable -black sedimentary rock from decaying animal and plant matter formed underground undergoes combustion to generate energy -main producers: USA, CHINA, AUS PROS: -high world reserves, reliable, mechanisation makes coal more accessible, cheap, efficient CONS: -releases CO2, releases So2 which causes acid rain, heavy and bulky to transport -mining accidents
45
Fact file: OIL
-non-renewable -also formed from decaying plant and animal matter compressed underground -main producers: USA,SAUDI ARABIA, RUSSIA PROS: -easy to transport, less polluting than coal, reliable, efficient, variety of uses CONS: -low reserves, releases CO2, air pollution, danger of spills, danger of explosions
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FACT FILE: natural gas
-non-renewable -also formed underground with decaying animal and plant matter -main producers: RUSSIA, USA, CANADA Pros: efficient, least polluting fossil fuel, easy to transport, reliable CONS: -risk of explosions, releases CO2, air pollution
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FACT FILE: nuclear energy
-non renewable -relies on uranium as a fuel Main producers: USA, FRANCE, JAPAN, PROS: fewer greenhouse gases, efficient, small amounts of uranium needed CONS: nuclear waste is radioactive, difficult to dispose, risk of nuclear accidents, power sttations are expensive to decomission and build
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FACT FILE: hydroelectric
-renewable -good, regular supply of water needed held in a reserve -main producers: CHINA, USA, CANADA PROS: very clean, dams can also control flooding/provide water, often in remote, sparsely populated areas CONS:-large areas of land are flooded, silt is trapped behind the dam, lakes silt up, people + settlements may need to relocate, expensive to build + maintain
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FACT FILE: wind
-renewable -wind drives blades to turn turbines Main producers: CHINA, USA, BRAZIL PROS: -very clean, no air pollution, cheap to run, can be off shore or on land CONS: not reliable, winds are unpredictable, visual + noise pollution, many turbines are needed, may affect bird migration/ kill birds
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FACT FILE: wave/tidal
-renewable -water drives turbines to spin Main producers: FRANCE + RUSSIA PROS: clean, can protect coasts from erosion, reliable, no greenhouse gas emissions CONS: expensive to build, few suitable sites, can affect marine ecosystems
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FACT FILE: SOLAR
-renewable -solar panels use sunlight to produce energy MAIN PRODUCERS: USA, INDIA PROS: can be used in most locations, can be incorporated into buildings, no air pollution, no greenhouse gases, efficient CONS: expensive, unreliable as only works when sunny, uses large areas of land
52
FACT FILE: GEOTHERMAL
-renewable -earht’s natural heat produces steam which drives turbines to spin Main producers: JAPAN, ICELAND, NZ PROS: many potential sites, reliable, can produce large amounts of energy, no carbon dioxide emissions CONS: expensive to develop, sulphuric gases, high temperatures can cause maintenance issues
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FACT FILE: biomass/waste
-renewable -uses dead animal/ plant waste Main producers: ARGENTINE, BRAZIL, JAPAN PROS: widely available, uses waste products, can be set up locally CONS: expensive, some pollution, produces greenhouse gases
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Ways to reduce energy consumption: INDIVIDUAL
-reduce car use by walking/cycling -insulating walls + adding curtains/blinds -buy energy-efficient appliances -don’t leave electrical items on standby -install solar panels
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Ways to conserve energy: NATIONAL
-invest in renewable technologies (CHINA investing 1.7 trillion) -encourage switch to electric cars (EX: ULEZ) -invest in public transport -educating the population about the importance of energy conservation
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CASE STUDY: UK energy resource management
UK consumes less energy now than in 1970, Industry uses 60% less energy- deindustrialization Most of UK’s electricity is still produced by burning fossil fuels SUSTAINABLE ENERGY policy 40% of UK’s energy now comes from renewable resources since 2022 GREEN GRANT: government scheme where houses are paid 5 million to invest in improving home efficiency, however ended after 2 years so was not consistent enough, and only 10% of the houses they reached out to toook up the offer WIND ENERGY INVESTMENT: the uk have specifically invested in wind energy, building the worlds 2 largest wind farms. Largest: hornse wind farm, set to power millions of homes, 2nd largest wind farm: SCOUT MOOR on the north west coast, powers 600,000 homes TRANSPORT: implemented the ULEZ strategy in London to encourage use of electric vehicles EDUCATION: adding smart meters into homes
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CASE STUDY: energy resource management-NEPAL
-developing country: low energy demands that are rising Population: 28 million -country is landlocked and mountainous so imports of fossil fuels are difficult -only 16% of population living in towns/cities Main source of energy is fuel wood- widespread deforestation Biomass is the fuel used for cooking Over 3000 MICRO-HYDRO PLANTS, with support from the world bank. (These are inexpensive as they don’t need a dam and are relatively low-cost + renewable) Ex: rums kohl’s micro-hydro provides electricity for town DARBANG + 5 other villages