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A Level H2 Geography Resources Sustainability Quiz

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A-Level Geography H2 Quiz - Resources Sustainability

Name: __________________________
Class: __________________________
Date: __________________________
Score: ________ / 60

Duration: 60 Minutes
Total Marks: 60
Instructions:

Answer all questions.
Write your answers in the spaces provided.
Marks are indicated in brackets [ ] at the end of each question or part question.
Use specific case studies and geographical terminology where appropriate.

Section A: Resource Security and Management (Questions 1–5)

1. Define the term ‘resource security’ in the context of energy resources. [2]

2. Distinguish between physical scarcity and economic scarcity of water resources. [4]

3. Study Resource 1 (Description below).
Resource 1: A table showing the Energy Mix of Country X in 2010 and 2023.

2010: Coal (60%), Oil (20%), Natural Gas (10%), Renewables (10%).
2023: Coal (30%), Oil (15%), Natural Gas (25%), Renewables (30%).

Describe two changes in the energy mix of Country X between 2010 and 2023. [4]

4. Explain one reason why a country might increase its reliance on natural gas as a ‘transition fuel’. [3]

5. "Technological innovation is the most effective way to ensure future food security."
To what extent do you agree with this statement? Refer to one specific case study in your answer. [6]

Section B: Sustainability Indicators and Urban Challenges (Questions 6–10)

6. Identify two indicators commonly used to measure the environmental sustainability of a city. [2]

7. Study Resource 2 (Description below).
Resource 2: A graph showing the relationship between GDP per capita and Carbon Footprint per capita for selected countries. The trend line shows a positive correlation, but several high-income countries (e.g., Sweden, Costa Rica) deviate below the trend line.

Suggest one reason why some high-income countries have a lower carbon footprint than the trend line suggests. [3]

8. Explain how urban heat islands pose a challenge to sustainable urban development. [4]

9. Compare the effectiveness of top-down versus bottom-up approaches in managing waste in developing cities. [5]

10. "Sustainable urban development is impossible without significant foreign aid."
How far do you agree with this view? [6]

Section C: The Resource Curse and Global Systems (Questions 11–15)

11. Define the term ‘resource curse’ (or paradox of plenty). [2]

12. Explain one economic consequence of the resource curse for a developing country. [3]

13. Study Resource 3 (Description below).
Resource 3: A map showing the location of rare earth element mines globally, with 60% located in one specific country (China).

Explain one geopolitical risk associated with this spatial distribution of resources. [4]

14. Discuss the role of Transnational Corporations (TNCs) in promoting or hindering sustainable resource extraction in LEDCs. [5]

15. "The global trade in resources benefits developed countries more than developing countries."
Discuss this statement. [6]

Section D: Synthesis and Evaluation (Questions 16–20)

16. Explain the concept of ‘circular economy’ and how it differs from a linear economy. [3]

17. Study Resource 4 (Description below).
Resource 4: An infographic showing that 40% of food produced globally is wasted, while 10% of the global population is undernourished.

Suggest two strategies to reduce food waste at the consumer level. [4]

18. Evaluate the effectiveness of carbon trading schemes (e.g., EU ETS) in reducing global carbon emissions. [5]

19. "Water conflicts will be the primary cause of geopolitical instability in the 21st century."
To what extent do you agree? Refer to a specific transboundary river basin in your answer. [6]

20. Synthesize your understanding of resource sustainability:
Explain why integrated water resource management (IWRM) is considered a holistic approach to sustainability. [5]

Answers

A-Level Geography H2 Quiz - Resources Sustainability (Answer Key)

Total Marks: 60

Section A: Resource Security and Management

1. Define ‘resource security’ in the context of energy resources. [2]

1 mark: Definition of availability/access.
1 mark: Context of energy.
Answer: Resource security refers to the uninterrupted availability of energy sources at an affordable price [1]. It involves ensuring that supply meets demand without significant disruption from geopolitical, economic, or physical factors [1].

2. Distinguish between physical scarcity and economic scarcity of water resources. [4]

2 marks: Physical scarcity explanation.
2 marks: Economic scarcity explanation.
Answer:
- Physical scarcity occurs when demand for water exceeds the natural supply available in a region, often due to arid climates or over-abstraction (e.g., Middle East) [2].
- Economic scarcity occurs when water is physically available, but lack of infrastructure, investment, or governance prevents access to it (e.g., parts of Sub-Saharan Africa) [2].

3. Describe two changes in the energy mix of Country X between 2010 and 2023. [4]

2 marks: Per change (Identification + Data evidence).
Answer:
- Change 1: Significant decrease in reliance on coal, dropping from 60% in 2010 to 30% in 2023 [2].
- Change 2: Tripling of renewable energy share, increasing from 10% to 30%, indicating a shift towards cleaner energy sources [2].
  (Accept any two valid comparisons with data).

4. Explain one reason why a country might increase its reliance on natural gas as a ‘transition fuel’. [3]

1 mark: Identification of reason.
2 marks: Explanation.
Answer: Natural gas emits significantly less CO2 per unit of energy generated compared to coal or oil [1]. It allows countries to reduce their carbon footprint while maintaining energy security and grid stability before renewable infrastructure is fully scalable [2].

5. "Technological innovation is the most effective way to ensure future food security." To what extent do you agree? [6]

Level 1 (1-2 marks): Simple statement, limited explanation.
Level 2 (3-4 marks): Balanced view, some case study detail.
Level 3 (5-6 marks): Well-evaluated, specific case study, clear conclusion.
Indicative Content:
- Agree: GM crops (drought/pest resistance) increase yields (e.g., Bt Cotton in India); Precision agriculture reduces waste; Vertical farming in urban areas (e.g., Singapore).
- Disagree: Technology is expensive and may widen the gap between rich and poor farmers; Distribution and political stability are more critical (e.g., famine in conflict zones despite food availability); Soil degradation requires management, not just tech.
- Conclusion: Technology is a tool, but governance and equity are equally vital.

Section B: Sustainability Indicators and Urban Challenges

6. Identify two indicators commonly used to measure the environmental sustainability of a city. [2]

1 mark: Per indicator.
Answer: Any two from: Carbon footprint per capita, Green space per capita, Air quality index (PM2.5 levels), Waste recycling rate, Water consumption per capita.

7. Suggest one reason why some high-income countries have a lower carbon footprint than the trend line suggests. [3]

1 mark: Identification.
2 marks: Explanation.
Answer: These countries may have shifted manufacturing overseas (offshoring), meaning their consumption-based emissions are high, but production-based emissions (measured domestically) are low [1]. Alternatively, they may have invested heavily in renewable energy infrastructure (e.g., hydro in Costa Rica, nuclear/wind in Sweden) and strict environmental regulations [2].

8. Explain how urban heat islands pose a challenge to sustainable urban development. [4]

2 marks: Explanation of mechanism.
2 marks: Link to sustainability challenge.
Answer: Urban heat islands occur when concrete and asphalt absorb heat, raising city temperatures above rural surroundings [2]. This increases energy demand for air conditioning (increasing carbon emissions) and poses health risks to vulnerable populations during heatwaves, contradicting social and environmental sustainability goals [2].

9. Compare the effectiveness of top-down versus bottom-up approaches in managing waste in developing cities. [5]

1-2 marks: Descriptive comparison.
3-4 marks: Clear comparison with examples.
5 marks: Evaluated comparison.
Indicative Content:
- Top-down: Government-led infrastructure (landfills, incinerators). Effective for scale but often lacks community buy-in or fails due to corruption/lack of funds (e.g., failed municipal schemes).
- Bottom-up: Community-led recycling initiatives or informal waste picker integration. Highly effective at local level and inclusive, but lacks scalability without government support.
- Comparison: Top-down provides infrastructure; bottom-up ensures participation. Best practice often involves hybrid models.

10. "Sustainable urban development is impossible without significant foreign aid." How far do you agree? [6]

Level 1 (1-2 marks): One-sided argument.
Level 2 (3-4 marks): Balanced argument, some evidence.
Level 3 (5-6 marks): Nuanced evaluation, strong case studies.
Indicative Content:
- Agree: LEDCs lack capital for green infrastructure (e.g., sewage treatment, public transport). Aid provides technical expertise and funding (e.g., World Bank projects in India).
- Disagree: Domestic resource mobilization (taxation) and private sector investment (FDI) can fund development. Aid can create dependency or be misappropriated. Some cities (e.g., Curitiba, Brazil) achieved sustainability through innovative local planning without massive aid.
- Conclusion: Aid helps but is not strictly "impossible" without it; governance is more critical.

Section C: The Resource Curse and Global Systems

11. Define the term ‘resource curse’. [2]

1 mark: Core definition.
1 mark: Context/Outcome.
Answer: The paradox where countries with an abundance of natural resources (like oil or minerals) tend to have less economic growth, less democracy, and worse development outcomes than countries with fewer natural resources [2].

12. Explain one economic consequence of the resource curse for a developing country. [3]

1 mark: Identification.
2 marks: Explanation.
Answer: Dutch Disease: Resource exports cause currency appreciation [1]. This makes other sectors (like manufacturing and agriculture) less competitive internationally, leading to de-industrialization and a lack of economic diversification [2].

13. Explain one geopolitical risk associated with this spatial distribution of resources (Rare Earths). [4]

1 mark: Identification of risk.
3 marks: Explanation.
Answer: Supply Chain Vulnerability/Weaponization: Dependence on a single supplier (China) gives that country geopolitical leverage [1]. It can restrict exports during diplomatic disputes, disrupting high-tech industries globally (e.g., semiconductors, EVs) [2]. This forces other nations to seek costly alternatives or engage in diplomatic concessions [1].

14. Discuss the role of TNCs in promoting or hindering sustainable resource extraction in LEDCs. [5]

1-2 marks: Basic discussion.
3-4 marks: Balanced discussion with examples.
5 marks: Critical discussion.
Indicative Content:
- Hindering: TNCs may exploit weak environmental regulations, causing pollution (e.g., oil spills in Niger Delta). Profit repatriation limits local reinvestment.
- Promoting: TNCs bring technology, capital, and global standards (CSR). They may invest in local infrastructure (schools, hospitals) to maintain social license to operate.
- Discussion: Impact depends on host government regulation and TNC accountability.

15. "The global trade in resources benefits developed countries more than developing countries." Discuss. [6]

Level 1 (1-2 marks): Simple assertion.
Level 2 (3-4 marks): Some balance, general examples.
Level 3 (5-6 marks): Detailed discussion, specific examples, clear judgment.
Indicative Content:
- Benefits DCs: Access to cheap raw materials fuels industry; value-added processing happens in DCs, capturing most profit.
- Benefits LDCs: Export revenue, job creation, technology transfer, infrastructure development (e.g., ports, roads built for extraction).
- Nuance: Terms of trade often favor DCs. However, some LDCs (e.g., Botswana with diamonds) have managed resources well to benefit development.
- Conclusion: Structure of trade often favors DCs, but good governance in LDCs can mitigate this.

Section D: Synthesis and Evaluation

16. Explain the concept of ‘circular economy’ and how it differs from a linear economy. [3]

1 mark: Linear definition.
1 mark: Circular definition.
1 mark: Contrast.
Answer: A linear economy follows a 'take-make-dispose' model [1]. A circular economy aims to keep resources in use for as long as possible through recycling, repair, and reuse, minimizing waste [1]. The key difference is the elimination of waste and the regeneration of natural systems in the circular model [1].

17. Suggest two strategies to reduce food waste at the consumer level. [4]

2 marks: Per strategy (Identification + Explanation).
Answer:
1. Better Meal Planning/Labeling Education: Consumers buy only what they need and understand 'best before' vs 'use by' dates, reducing premature disposal [2].
2. Composting/Home Storage: Proper storage extends shelf life; composting diverts organic waste from landfills, reducing methane emissions [2].

18. Evaluate the effectiveness of carbon trading schemes (e.g., EU ETS) in reducing global carbon emissions. [5]

1-2 marks: Basic description.
3-4 marks: Evaluation of pros/cons.
5 marks: Critical evaluation.
Indicative Content:
- Effective: Creates a financial incentive to reduce emissions; cap ensures total emissions drop; generates revenue for green investment.
- Ineffective: Carbon leakage (companies move to countries with no tax); Price volatility can reduce incentive; Initial over-allocation of permits lowered prices.
- Evaluation: Effective in specific regions but limited global impact without universal adoption.

19. "Water conflicts will be the primary cause of geopolitical instability in the 21st century." To what extent do you agree? [6]

Level 1 (1-2 marks): One-sided.
Level 2 (3-4 marks): Balanced, some case study.
Level 3 (5-6 marks): Strong evaluation, specific basin example.
Indicative Content:
- Agree: Scarcity is increasing (climate change); Transboundary rivers (Nile, Mekong, Indus) are sources of tension (e.g., GERD dam dispute between Ethiopia, Sudan, Egypt).
- Disagree: Cooperation is more common than conflict (water diplomacy); Other factors (ideology, territory, oil) are more frequent causes of war. Water is often a contributor to instability rather than the sole cause.
- Conclusion: Water is a significant threat multiplier, but unlikely to be the primary sole cause of major wars compared to other geopolitical factors.

20. Explain why integrated water resource management (IWRM) is considered a holistic approach to sustainability. [5]

1 mark: Definition of IWRM.
2 marks: Explanation of 'holistic' aspects (social, economic, environmental).
2 marks: Link to sustainability.
Answer: IWRM promotes the coordinated development and management of water, land, and related resources [1]. It is holistic because it balances social equity (access for all), economic efficiency (water as an economic good), and environmental sustainability (protecting ecosystems) [2]. By involving all stakeholders (government, users, NGOs) and managing at the catchment level, it ensures long-term resource viability rather than short-term exploitation [2].