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A Level H1 Geography Practice Paper 5

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TuitionGoWhere Exam Practice (AI) - Geography H1 A-Level

TuitionGoWhere Secondary School (AI)

Subject: Geography H1
Level: A-Level
Paper: Practice Paper 1 (Version 5 of 5)
Duration: 1 Hour 30 Minutes
Total Marks: 60
Name: __________________________
Class: __________________________
Date: __________________________

INSTRUCTIONS TO CANDIDATES

This paper consists of 20 questions.
Answer all questions.
Write your answers in the spaces provided.
The number of marks is given in brackets [ ] at the end of each question or part question.
You are advised to spend approximately 45 minutes on Section A and 45 minutes on Section B.

SECTION A: Resources, Sustainability & Data Analysis

(Answer all questions in this section. Questions 1–10 are based on the provided Resources.)

Resource 1 shows the projected global demand for three key resources (Water, Energy, Food) from 2020 to 2050.
Resource 2 is a photograph of an informal settlement (favela) in Rio de Janeiro, Brazil.
Resource 3 is a table showing the results of a student fieldwork investigation into infiltration rates in two different land-use zones in Singapore.

(Note: In a real exam, visual resources would be inserted here. For this practice paper, descriptions are provided below each question where necessary.)

1. Refer to Resource 1 (Description: A line graph showing Water demand rising from 100% in 2020 to 155% in 2050; Energy from 100% to 180%; Food from 100% to 150%).
Describe the trends in resource demand shown in Resource 1 from 2020 to 2050.
[3]

2. Refer to Resource 1.
Account for the difference in the projected growth rate between Energy demand and Food demand.
[4]

3. Refer to Resource 2 (Description: A high-density settlement with unplanned housing structures, narrow unpaved alleyways, visible overhead electrical wires, and limited green space).
Explain the characteristics of the informal settlement shown in Resource 2.
[4]

4. Refer to Resource 2.
Suggest two challenges faced by residents living in the settlement shown, relating to sustainability.
[4]

5. Refer to Resource 3 (Description: Table showing Mean Infiltration Rate. Zone A (Park): 45 mm/hr. Zone B (HDB Estate with concrete paths): 12 mm/hr).
Calculate the difference in mean infiltration rates between Zone A and Zone B. Show your working.
[2]

6. Refer to Resource 3.
Explain why the infiltration rates differ between Zone A and Zone B.
[4]

7. A group of students conducted the investigation in Resource 3 to understand flood risk in Singapore.
Evaluate the usefulness of the data collected in Resource 3 in helping to understand the impact of urbanisation on flood risk.
[6]

8. "Sustainable urban development requires a balance between economic growth and environmental protection."
Using a named city you have studied, explain one strategy used to achieve this balance.
[5]

9. Study the statement: "Slums are the greatest impediment to sustainable urban development."
Briefly outline one argument against this statement.
[3]

10. Study the statement: "Slums are the greatest impediment to sustainable urban development."
Briefly outline one argument supporting this statement.
[3]

SECTION B: Structured Responses & Essays

(Answer all questions in this section.)

11. Define the term carbon footprint.
[2]

12. Explain two natural causes of climate change.
[4]

13. Explain how rising sea levels, a consequence of climate change, impact coastal cities.
[4]

14. Distinguish between mitigation and adaptation strategies in the context of climate change.
[4]

15. "Individual actions are insufficient to mitigate climate change; only collective national effort matters."
To what extent do you agree with this statement? Support your answer with examples.
[8]

16. Describe the spatial distribution of tropical cyclones globally.
[4]

17. Explain the conditions necessary for the formation of a tropical cyclone.
[6]

18. Assess the effectiveness of hard engineering strategies in managing flood risk in a named location.
[8]

19. "Urban liveability can only be improved through state-led initiatives."
How far do you agree with this statement? Refer to a specific social group in your answer.
[8]

20. Evaluate the role of renewable energy in achieving sustainable development in Less Developed Countries (LDCs).
[8]

*** END OF PAPER ***

Answers

TuitionGoWhere Exam Practice (AI) - Geography H1 A-Level

Answer Key & Marking Scheme
Paper: Practice Paper 1 (Version 5 of 5)
Total Marks: 60

SECTION A: Resources, Sustainability & Data Analysis

1. Describe the trends in resource demand shown in Resource 1 from 2020 to 2050. [3]

1 mark for identifying that all three resources (Water, Energy, Food) show an upward trend/increase in demand.
1 mark for identifying that Energy demand has the steepest/highest growth (rising to 180%).
1 mark for identifying that Water and Food demand grow at a similar, slower rate (to approx. 150-155%) or that Water demand is slightly higher than Food by 2050.
Note: Answers must cite data (percentages or years) to gain full marks.

2. Account for the difference in the projected growth rate between Energy demand and Food demand. [4]

1 mark for linking Energy growth to industrialisation/economic development in emerging economies (e.g., China, India).
1 mark for linking Energy growth to increased technology use/consumerism globally.
1 mark for noting that Food demand growth is limited by biological constraints (population growth is slower than economic/energy growth).
1 mark for mentioning improvements in agricultural efficiency/yields which dampen the rate of food demand growth compared to energy.

3. Explain the characteristics of the informal settlement shown in Resource 2. [4]

1 mark for high density/overcrowding (houses built close together).
1 mark for unplanned/organic layout (narrow, winding alleyways, lack of grid system).
1 mark for poor infrastructure/services (unpaved roads, exposed wiring, lack of formal sanitation visible).
1 mark for construction materials (mixed materials, often temporary or recycled, indicating low income).
Must refer to visual evidence in the resource description.

4. Suggest two challenges faced by residents living in the settlement shown, relating to sustainability. [4]

Challenge 1 (2 marks): Environmental health/Sanitation. Lack of proper waste disposal or sewage leads to pollution and disease spread (e.g., cholera), undermining social sustainability.
Challenge 2 (2 marks): Vulnerability to hazards. Poor construction and location (e.g., steep slopes) make residents vulnerable to landslides or fires, threatening long-term safety and economic stability.
1 mark for identifying the challenge, 1 mark for linking to sustainability.

5. Calculate the difference in mean infiltration rates between Zone A and Zone B. Show your working. [2]

Working: $45 \text{ mm/hr} - 12 \text{ mm/hr}$
Answer: $33 \text{ mm/hr}$
1 mark for correct working, 1 mark for correct answer with units.

6. Explain why the infiltration rates differ between Zone A and Zone B. [4]

2 marks for Zone A (Park): High infiltration due to permeable soil, presence of vegetation (roots create pores), and lack of impermeable surfaces.
2 marks for Zone B (HDB/Concrete): Low infiltration due to impermeable surfaces (concrete/asphalt) sealing the soil, compaction of soil from construction/foot traffic, and removal of vegetation.

7. Evaluate the usefulness of the data collected in Resource 3 in helping to understand the impact of urbanisation on flood risk. [6]

Level 1 (1-2 marks): Identifies that Zone B has lower infiltration, which could lead to flooding. Describes the data without evaluation.
Level 2 (3-4 marks): Evaluates strengths: Data clearly shows the link between land use (urbanisation) and hydrological process (infiltration). Quantitative data allows for comparison.
Level 3 (5-6 marks): Balanced evaluation.
- Useful: Demonstrates the mechanism (reduced infiltration = increased surface runoff = higher flood risk).
- Limited: Infiltration is only one factor; does not account for drainage capacity, rainfall intensity, or topography. Small sample size (only two zones) may not represent the whole city. Snapshot in time may not reflect storm conditions.

8. Using a named city you have studied, explain one strategy used to achieve this balance. [5]

1 mark for naming a city (e.g., Singapore, Copenhagen, Curitiba).
2 marks for describing a specific strategy (e.g., Singapore’s Green Plan, Copenhagen’s cycling infrastructure, Curitiba’s BRT).
2 marks for explaining how it balances economic and environmental goals (e.g., Green buildings reduce energy costs [economic] and carbon emissions [environmental]; Cycling reduces congestion [economic efficiency] and pollution [environmental]).

9. Briefly outline one argument AGAINST the statement: "Slums are the greatest impediment to sustainable urban development." [3]

1 mark for the argument: Slums provide affordable housing and entry points for rural-urban migrants.
1 mark for explanation: They support the urban economy by providing low-cost labour close to city centers.
1 mark for link to sustainability: Without slums, cities might face labour shortages or higher costs, hindering economic sustainability. OR Slums exhibit strong social capital/community networks (social sustainability).

10. Briefly outline one argument SUPPORTING the statement: "Slums are the greatest impediment to sustainable urban development." [3]

1 mark for the argument: Slums often lack basic services (water, sanitation).
1 mark for explanation: This leads to environmental degradation (pollution of water bodies) and health crises.
1 mark for link to sustainability: This undermines environmental and social sustainability, requiring costly retroactive interventions that strain city resources.

SECTION B: Structured Responses & Essays

11. Define the term carbon footprint. [2]

1 mark for referring to the total amount of greenhouse gases (GHG).
1 mark for referring to it being caused directly or indirectly by an individual, organization, event, or product (usually expressed as CO2 equivalent).

12. Explain two natural causes of climate change. [4]

Cause 1 (2 marks): Volcanic eruptions. Release ash and sulfur dioxide into the stratosphere, reflecting sunlight and causing short-term cooling. OR Release CO2 causing long-term warming (though cooling effect is often more immediate/prominent in exams).
Cause 2 (2 marks): Solar variability / Milankovitch cycles. Changes in Earth’s orbit (eccentricity, tilt, wobble) alter the amount of solar radiation received, driving long-term ice age/interglacial cycles.

13. Explain how rising sea levels, a consequence of climate change, impact coastal cities. [4]

2 marks for Physical Impact: Increased frequency of coastal flooding, erosion of land, saltwater intrusion into freshwater aquifers.
2 marks for Human/Economic Impact: Displacement of populations (climate refugees), damage to infrastructure (ports, roads), loss of economic assets, increased insurance costs.

14. Distinguish between mitigation and adaptation strategies in the context of climate change. [4]

Mitigation (2 marks): Actions taken to reduce or prevent the emission of greenhouse gases (addressing the cause). Example: Switching to renewable energy, reforestation.
Adaptation (2 marks): Actions taken to adjust to actual or expected climate stimuli and their effects (addressing the impact). Example: Building sea walls, developing drought-resistant crops.

15. "Individual actions are insufficient to mitigate climate change; only collective national effort matters." To what extent do you agree? [8]

Level 1 (1-3 marks): Describes individual or national actions without evaluation. One-sided argument.
Level 2 (4-6 marks): Explains both sides. Acknowledges that individual actions (recycling, diet) have small cumulative impact but raise awareness. Acknowledges that national policies (carbon tax, energy grid changes) have large-scale impact.
Level 3 (7-8 marks): Evaluative judgment.
- Argument for National/Collective: Scale of industrial emissions requires regulatory change; free-rider problem requires international treaties (Paris Agreement).
- Argument for Individual: Consumer demand drives corporate behavior; political will comes from individual voters.
- Conclusion: Individual actions are necessary but insufficient on their own; they must be supported by structural/national changes. Synergy is key.

16. Describe the spatial distribution of tropical cyclones globally. [4]

1 mark for occurring in tropical/sub-tropical regions (approx. 5°–20° latitude).
1 mark for occurring over warm ocean basins (not at the equator due to lack of Coriolis force).
1 mark for identifying specific basins (e.g., Western Pacific, North Atlantic, Indian Ocean).
1 mark for noting they move westward initially and then recurve poleward/eastward.

17. Explain the conditions necessary for the formation of a tropical cyclone. [6]

1 mark each for any six of the following (max 6):
1. Sea Surface Temperature (SST) > 26.5°C (provides energy/evaporation).
2. Deep layer of warm water (to prevent upwelling of cold water).
3. Low vertical wind shear (allows vertical development of storm structure).
4. Pre-existing atmospheric disturbance (e.g., tropical wave) to initiate lift.
5. Sufficient Coriolis force (away from equator, >5° latitude) to create rotation.
6. High humidity in the mid-troposphere (supports cloud formation and latent heat release).

18. Assess the effectiveness of hard engineering strategies in managing flood risk in a named location. [8]

Level 1 (1-3 marks): Describes hard engineering (dams, levees, channel straightening) in a named location. Limited assessment.
Level 2 (4-6 marks): Assesses effectiveness.
- Pros: Immediate protection, protects high-value economic areas, allows development in floodplains.
- Cons: High cost, visual intrusion, ecological damage, risk of catastrophic failure, displaces flood risk downstream.
Level 3 (7-8 marks): Balanced assessment with specific case study evidence (e.g., Mississippi River levees, Thames Barrier).
- Judgment: Effective for short-term/high-frequency events but may create false sense of security. Often needs to be combined with soft engineering (zoning, warning systems) for true sustainability.

19. "Urban liveability can only be improved through state-led initiatives." How far do you agree? Refer to a specific social group. [8]

Level 1 (1-3 marks): Describes state initiatives. Ignores other actors or specific social group.
Level 2 (4-6 marks): Discusses state initiatives (e.g., public housing, parks, transport) and non-state initiatives (NGOs, community groups, private sector). References a social group (e.g., elderly, low-income).
Level 3 (7-8 marks): Evaluative judgment.
- State Role: Essential for large-scale infrastructure, regulation, and equity (e.g., Singapore’s HDB for housing liveability).
- Non-State Role: Community groups provide social cohesion and targeted support (e.g., elderly care centers by NGOs) which state may miss. Private sector drives innovation (smart city tech).
- Conclusion: State provides the framework, but community/private participation enhances quality and responsiveness. "Only" is too strong; partnership is key.

20. Evaluate the role of renewable energy in achieving sustainable development in Less Developed Countries (LDCs). [8]

Level 1 (1-3 marks): Lists renewable energy sources. Limited link to LDCs or sustainability.
Level 2 (4-6 marks): Explains benefits (energy access, reduced pollution, job creation) and challenges (high initial cost, technology transfer, intermittency). Links to LDC context.
Level 3 (7-8 marks): Evaluative judgment.
- Positive: Decentralized renewables (solar home systems) can bypass expensive grid infrastructure, improving energy poverty (social/economic sustainability). Reduces reliance on imported fossil fuels.
- Negative/Challenges: High upfront capital costs require international aid/investment. Maintenance skills may be lacking.
- Conclusion: Crucial for sustainable leapfrogging, but success depends on financial mechanisms and capacity building, not just technology availability.