Economic Activity And Energy Flashcards

1
Q

What are the economic sectors?

A

Primary
Working with natural resources.

Secondary
Processing the raw materials.

Tertiary
Providing goods and services to the public.

Quaternary
Information communications and research and development.

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2
Q

What is the model used to show different proportions employed in each sector at different development levels

A

Clark-Fisher Model

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3
Q

What are the changes in the proportions? And why?

A

Changes in the primary sector:
• Pre-industrial period is labour intensive
• Mechanisation in the industrial period reduced the need for labour
• The decline has continued post-industrialisation, especially with increasing food imports

Changes in the secondary sector:
• People forced out of the primary sector found jobs in the increasing secondary sector
• The peak was during the industrial period where manufacturing was at its height
• Steady decline post-industrial due to technological improvements
• Many secondary jobs are moving abroad due to cheaper labour

Changes in the tertiary sector:
• Steadily increasing since the pre-industrial period
• More and more people required to sell the increasing number of goods produced by the secondary sector
• Recent fluctuations due to technological improvements but also customer care is desired

Changes in the quaternary sector:
• Growth only begins to occur in post-industrial societies
• High levels of technology and skill involved which require significant investment (public and private funding)
• Growth in this sector can further decline the employment in other sectors due to rapid technological improvements

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4
Q

Factors affecting the location of economic activity in each sector, and how this changes over time (remember 5)

A

Access to raw materials
Availability of cheap land
Where your customers are/ proximity to market
Good transport links
Climate
Energy
Infrastructure
Workforce
Soil fertility
Water supply

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5
Q

Reasons for changes in the number of people employed in each sector

A

Availability of raw materials
As raw material run out there will be a huge shift away from primary sector as this will not be needed anymore
Globalisation
Rise in TNCs and transport links between countries has led to less manufacturing in HICs, due to lower costs in LICs so in LICs a rise in secondary sector and in HICs a decline in primary and secondary sectors
Mechanisation
Less need for workers in primary and secondary sector jobs as robots give more profit for business owners than people
Demographic changes
Lots of rural -> Urban migration has meant less people living in rural areas so more people working in tertiary sector as people in city require services more and more income for people has meant more disposable income to spend on services
Government policies

LIC
• Many people are subsistence farmers (primary sector) – could get stuck in a cycle of poverty
• LICs are reliant on the primary sector – normally just a few different goods
• There is much underemployment (= too many people for the available jobs)
• Jobs in the secondary and tertiary industries are higher paid but there are fewer of them due to a small number of skilled workers
• Many countries are primary-product dependent and therefore not market resilient

NIC
• Rapid increase in manufacturing due to foreign direct investment (FDI) from TNCs taking advantage of large populations, low wages and government incentives means secondary sector grows
• Declining employment in the primary sector due to mechanisation
• When NICs become advanced enough a quaternary sector will begin to emerge

HIC
• The majority of people work in the tertiary sector - due to increased incomes
• A growing quaternary sector - due to investment and skills being boosted
• Declining manufacturing due to:
▪ MNCs (multi-national corporations) manufacturing abroad (offshoring) for cheap labour etc
▪ Technological improvements reduce the need for workers

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6
Q

What is the optimistic view on the relationship between population and resources

A

Boserup (optimistic view):
Growth in population stimulates an improvement in food production.
Technological developments resolve any problems.
E.g. mechanisation, GM crops etc

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7
Q

What is the pessimistic view on the relationship between population and resources

A

Malthus (pessimistic view):
Population growth occurs at a faster rate that food/resource supply.
Eventually there will be a point where there is no longer the food supply to feed the population.
At this point population growth would stop either by lowering birth rate or increasing death rate.
This point is often referred to as a preventative check or Malthusian catastrophe

Positive Checks
Checks that are brought in by humans to decrease the population e.g. government policies

Negative Checks
Natural checks that are beyond human control that reduce the population to fit with resources e.g. natural disasters, large famine

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8
Q

Key points from UK case study, positive and negative impacts of economic sector shifts in a named developed country. Sector Shifts?

A

In the 1800s jobs in primary economic activities were rapidly declining reaching 15% in 1900
In 1900 most people (over 60%) worked in secondary economic activities and tertiary economic activities were also steadily increasing
In the 1950s tertiary economic activities overtook secondary economic activities as the main employment sector
In 2021 over 70% of people in the UK were employed in tertiary economic activities
Tech industries have also developed hubs in the UK in areas such as Cambridge, Manchester and Leeds

Today: Primary 1.3%
Secondary 15.2%
Tertiary 73.5%
Quaternary 10%

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9
Q

Key points from UK case study, positive and negative impacts of economic sector shifts in a named developed country. Positive Impacts?

A

Deindustrialisation has led to improvements in the environment and decreased levels of pollution
The UK has developed expertise in secondary and tertiary economic activities which are in demand around the world
London is the second most important financial centre in the world after New York

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10
Q

Key points from UK case study, positive and negative impacts of economic sector shifts in a named developed country. Negative Impacts?

A

Deindustrialisation led to high numbers of job losses particularly in the north of the UK
Job losses in secondary industries led to large areas of deprivation, especially in inner cities such as Liverpool and Leeds
Increasing numbers of transnational corporations (TNCs) have moved their factories and offices to emerging and developing countries, causing a decrease in UK investment from these TNCs

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11
Q

Positive and negative impacts of economic sector shifts in a named emerging country (China). Sector Shifts?

A

In 1950 over 80% of the population was employed in primary economic activities - mainly agriculture
In 1978 China opened up to trade with the rest of the world and invested heavily in manufacturing
By 2005 primary economic sector employment had dropped below 50% and most people were employed in secondary and tertiary economic activities
In 2020 tertiary economic activity employment was increasingly important

Today: Primary 24%
Secondary 29%
Tertiary 47%

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12
Q

Positive and negative impacts of economic sector shifts in a named emerging country (China). Positive Impacts?

A

Improved incomes and higher standard of living
More investment in education and health services
Increased investment by transnational corporations (TNCs) therefore boosting overall economy
Investment in roads, airports, ports and other infrastructure

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13
Q

Positive and negative impacts of economic sector shifts in a named emerging country (China). Negative Impacts?

A

Increasing gap between regions as some area’s economies grow more rapidly
Increased gap between rich and poor, particularly in the gap between wealthier urban residents and poorer rural residents
Air, water and noise pollution all increased
Increased reliance on fossil fuels to supply energy which makes China one of the world’s largest CO2 emitters

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14
Q

Causes of informal employment

A

Significant amounts of rural → urban migration creating a surplus of labour (unemployment and underemployment). Lots of Underemployment (a situation when a person seeking skilled full-time work can only find part-time jobs that may not meet their skill set)
Workers are unskilled and illiterate making them unsuitable for formal employment
Increasing wealth creating a demand for services.
People look to the informal employment sector to help boost their earnings to help break the cycle of poverty
People want to
avoid paying taxes
High levels of rural-urban
migration. leading to more
people than jobs available
Lack of qualifications
or education meds
people can’t get work
in the formal sector
Employers want to
avoid paying holiday
pay and sick pay
People need flexible
hours to fit around
their family
Low wages mean people
need additional jobs to
make enough money

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15
Q

Characteristics of informal employment in a named megacity (Mumbai) Positives

A

Produces lots of income fore economy (600 million to 1billion dollars per year)

Many people employed in it so earn an income for themselves and would be unemployed otherwise (90% of employment in Mumbai is informal)

Those that are employed don’t have to pay taxes on their income so they keep more of the money

Can provide people with the groundworks to then get a better formal job after earning some money to e.g. pay for education

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16
Q

Characteristics of informal employment in a named megacity (Mumbai) Negatives

A

Not good healthcare / protection from government as it is not an official job so you will not be registered for any government schemes

Very risky as so many other unemployed people are competing for jobs against you

Very unstable income and can often be left without a job with no warning as much less regulation than formal job

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17
Q

Economic sector

A

a major division of the economy based on the type of economic activity

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18
Q

Underemployment

A

a situation when a person seeking skilled full-time work can only find part-time jobs that may not meet their skill set.

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19
Q

Informal employment

A

Types of work that are not officially recognised by the government

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20
Q

TNC

A

Trans National Corporation - a large company operating in a number of countries and often which have a huge net worth and a large sphere of influence

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21
Q

Energy gap:

A

The difference between energy demand and energy supply.

22
Q

Energy security

A

The ability of a country to meet all of its energy needs reliably, preferably from within its own borders

23
Q

Energy mix

A

The different types of energy that comprise the supply of energy for a country. It is best to have a varied energy mix so a country isn’t over-reliant on one source if there is ever a problem with its supply

24
Q

Energy Demand

A

Amount of energy needed to meet to needs of the population.

25
Energy production
Amount of energy produced by each energy source
26
Energy demand and production varies globally and is affected by
Demand: Population growth Energy usage per capita Development e.g. more technology Time of day Production: Natural resources access Wars and conflicts Tech developments Weather
27
Primary energy source
Fuels that provide energy without undergoing any conversion process e.g. coal, natural gas and fuelwood.
28
Secondary energy source
Made from processing primary fuels e.g. electricity, petrol and coke.
29
Non- renewable energy sources
Once used they cannot be replaced e.g. fossil fuels (coal, oil and gas).
30
Renewable energy sources:
Energy that is naturally replenished on a short timescale that can be used again and again e.g. solar, wind and geothermal. Renewable energy sources are often referred to as “clean” as they do not pollute the atmosphere.
31
Advantages and disadvantages for people and the environment: (coal/oil/gas)
Large amounts of electricity can be generated relatively cheaply. Moving fossil fuels is easy. Electricity generation using fossil fuels is efficient. Fossil fuel power stations can be built almost anywhere (as long as you are able to access a large quantities of fossil fuels). There is a finite supply of fossil fuels. Fossil fuels produce carbon dioxide which contributes to the enhanced greenhouse effect (coal produces more CO2 and sulphur dioxide than oil and gas). Mining, particularly coal, can be dangerous and damage the environment (strip mining and tar sands). Potential for accidental pollution events.
32
Advantages and disadvantages for people and the environment: Shale gas (fracking)
Efficient and cost effective method. Contamination of drinking water sources. Lots of water used (8 million litres), plus sand and chemicals. Causes earthquakes? Releases greenhouse gases. Large energy consumption. Drill holes quickly exhausted, so more needed than more conventional methods.
33
Advantages and disadvantages for people and the environment: (Nuclear)
Large uranium supply Well-known and optimised technology Low greenhouse effect Produces huge quantities of electricity Risk of accidents Creation of nuclear weapons Transportation of fuel risky and expensive Nuclear waste difficult to discard safely and stays underground
34
Advantages and disadvantages for people and the environment: (HEP)
Once construction completed, operating costs are very low Renewable and no pollution Water can be stored to deal with peaks in demand Very reliable tech Dams are expensive to build Large-scale flooding to create reservoirs may cause environmental damage Suitable locations are limited
35
Advantages and disadvantages for people and the environment: (Geothermal)
Very energy rich and efficient Non polluting and renewable Running costs very low Location is dependent on there being a hot water reservoir or HDR site. A borehole can run out of steam if not carefully managed Dangerous gases which are difficult to dispose of may emerge from borehole.
36
Advantages and disadvantages for people and the environment: (Biomass)
Fuel is cheap Waste materials to make energy makes good environmental and economical sense Burning creates CO2 emissions, non-renewable Associated with deforestation Not very energy efficient
37
Advantages and disadvantages for people and the environment: (Solar)
Low maintenance cost Can be used anywhere with good sunlight Doesn’t work 24 hours (not at night) May not be efficient if not much sun
38
Advantages and disadvantages for people and the environment: (wind)
Not dependant on site mostly, can be put anywhere Land around them can be used for other things as they don’t take up a large area No pollution Very low running cost When there is little or too much wind they are not efficient Not very aesthetically pleasing
39
3 ways of sustainable energy management?
Education - informing people and businesses on how best to use energy. Efficiency - ensuring that energy sources are used in an effective manner so there is little wastage. Conservation - preserving energy sources, largely through efficiency and prevention of use.
40
Carbon footprint calculation
The amount of carbon dioxide released into the atmosphere as a result of the activities of a particular individual, organisation or community.
41
Ecological footprint calculation:
The impact of a person or community on the environment, expressed as the amount of land required to sustain their use of natural resources (including waste).
42
Demand (footprint) divided by supply (biocapacity).
Expressed as a global hectare (GHa) a hectare of land or water with world average bioproductivity in a given year.
43
Ecological creditor
footprint < biocapacity = sustainable.
44
Ecological debtor
footprint > biocapacity = unsustainable.
45
Case Study Energy use in Nepal
Nepal is a developing country located between China and India The landscape is mountainous and includes much of the Himalayas The population is rural with only 16% of the population living in towns and cities Energy demand is very low but growing as the country develops
46
Nepal's energy mix
The main source of energy for 82% of the rural population is fuelwood In urban areas, the use of fuelwood is 36% Nepal has no suitable coal, oil or gas reserves so these have to be imported 98% of all electricity in Nepal is generated through hydropower
47
Sustainable future in Nepal key facts
Access to electricity has increased rapidly over the past 15 years: 88% of the population now have access to electricity Support from the World Bank has led to more investment in hydropower There are now over 3000 micro-hydro plants in Nepal Ruma Khola micro-hydro It supplies energy for 22 industries including: metal workshop, furniture manufacturers, a cement block manufacturer, a noodle factory, poultry farms and dairy farms
48
Case Study Energy use in Norway
Norway is a developed country in northern Europe The demand for energy is one of the highest in the world The population is mainly urban with 83% of people living in towns and cities
49
Energy mix in Norway
Norway has significant energy resources including: 1% of the world's gas reserves (17th in the world) 0.3% of the world's oil reserves (22nd in the world) There are also some coal reserves Norway is one of the world's largest energy exporters Hydropower generates 90% of Norway's electricity and accounts for 65% of energy use
50
Norway Sustainable future
There are over 1500 hydropower plants in Norway Due to the issue of reliance on hydropower during the dry season and the environmental impact of large hydropower plants Norway is expanding other renewable energy sources Demand continues to increase Norway is expanding the number of wind farms: There are currently 53 wind farms 36 additional onshore and offshore are planned and due to be started or completed by 2030 Includes the world's first floating wind farm Norway is also investing in solar energy: Homeowners in Oslo get a 30% subsidy for installing solar panels