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A Level H1 Geography Practice Paper 2

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

Subject: Geography H1
Level: A-Level
Paper: Practice Paper (Version 2 of 5)
Duration: 1 hour 30 minutes
Total Marks: 60
Name: __________________________
Class: __________________________
Date: __________________________

Instructions to Candidates:

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 should use specific case study examples to support your answers where appropriate.

Section A: Data and Source-Based Questions (30 Marks)

Study Resource 1, Resource 2, and Resource 3 below.

Resource 1: Graph showing the change in access to improved sanitation facilities in two informal settlements (Settlement A and Settlement B) in a developing megacity between 2010 and 2020. (Note: Settlement A shows a steady increase from 40% to 75%. Settlement B shows a slight decline from 30% to 25%.)

Resource 2: Photograph of Settlement B showing high-density housing with narrow alleyways, open drainage channels, and visible waste accumulation.

Resource 3: Extract from a government report on Urban Renewal Strategy:

"In Settlement A, a community-led upgrading programme was implemented in 2012, focusing on participatory planning and micro-finance for household toilet construction. In contrast, Settlement B was designated for 'clearance and redevelopment' in 2015, leading to a freeze on infrastructure investment and uncertainty among residents regarding tenure security."

1. Describe the trends in access to improved sanitation in Settlement A and Settlement B as shown in Resource 1. [4]

2. With reference to Resource 2 and Resource 3, explain the characteristics of Settlement B that contribute to its status as an unsustainable urban environment. [5]

3. Account for the differences in sanitation outcomes between Settlement A and Settlement B, using evidence from all three resources. [6]

4. Evaluate the usefulness of Resource 1 and Resource 3 in helping to understand the challenges of achieving sustainable urban development in informal settlements. [7]

Study Resource 4 below.

Resource 4: Map and Data Table showing the spatial distribution of Urban Heat Island (UHI) intensity in Singapore during a heatwave event in May 2023. (Data indicates highest temperatures in the Central Business District and dense residential areas like Tampines, with lower temperatures in nature reserves and coastal areas.)

5. Describe the spatial pattern of Urban Heat Island intensity shown in Resource 4. [4]

6. Explain how urban land use characteristics contribute to the high UHI intensity observed in the Central Business District (CBD) as shown in Resource 4. [4]

Section B: Structured Response and Fieldwork Application (10 Marks)

7. A group of students is investigating the effectiveness of green roofs in reducing indoor temperatures in high-rise public housing estates.

(a) Suggest two data collection methods the students could use to gather primary data for this investigation. [2]

(b) Explain one ethical consideration the students must address when conducting this investigation in a residential estate. [2]

(c) Explain how the students could minimise the impact of their investigation on the residents. [2]

8. 'Soft engineering strategies are more effective than hard engineering strategies in managing urban flood risk.'

Explain one advantage and one disadvantage of using soft engineering strategies (e.g., sustainable urban drainage systems) compared to hard engineering (e.g., concrete canals) in a dense urban context. [4]

Section C: Essay Question (20 Marks)

9. "Slums are the greatest impediment confronting cities in achieving sustainable urban development."

How far do you agree with this statement? In your answer, refer to specific case studies of informal settlements or slums. [20]

(Note: In your response, you should consider both the challenges slums pose to sustainability and the potential solutions or positive roles they may play. Evaluate the extent to which slums are an impediment versus a symptom of broader urban planning failures.)

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Answers

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

Answer Key and Marking Scheme (Version 2)

Total Marks: 60

Section A: Data and Source-Based Questions (30 Marks)

1. Describe the trends in access to improved sanitation in Settlement A and Settlement B as shown in Resource 1. [4]

Marking Guidance: Award 1 mark for each valid description of spatial or temporal trend, up to 4 marks. Must reference data.
Expected Answer:
- Settlement A: Shows a consistent/temporal increase in access to improved sanitation from 2010 to 2020. (1)
- Data Support: Access rose from 40% in 2010 to 75% in 2020. (1)
- Settlement B: Shows a slight temporal decline/decrease in access over the same period. (1)
- Data Support: Access fell from 30% in 2010 to 25% in 2020. (1)
- Comparison: Settlement A has significantly higher access levels than Settlement B throughout the period. (Alternative point)

2. With reference to Resource 2 and Resource 3, explain the characteristics of Settlement B that contribute to its status as an unsustainable urban environment. [5]

Marking Guidance: Award 1 mark for identifying a characteristic from the resources and 1 mark for explaining why it contributes to unsustainability. Max 5 marks.
Expected Answer:
- High density/Overcrowding: Resource 2 shows high-density housing with narrow alleyways. This leads to poor ventilation, spread of disease, and difficulty in emergency access, reducing social sustainability. (1+1)
- Poor Waste/Sanitation Management: Resource 2 shows open drainage and waste accumulation. This causes water pollution and health hazards (e.g., vector-borne diseases), impacting environmental and health sustainability. (1+1)
- Lack of Investment/Tenure Insecurity: Resource 3 mentions a 'freeze on infrastructure investment' and 'uncertainty regarding tenure'. This discourages residents from improving their homes and prevents long-term planning, hindering economic and social sustainability. (1+1)
- (Note: Any 2 well-explained points gain full marks. 3 points with brief explanation also acceptable.)

3. Account for the differences in sanitation outcomes between Settlement A and Settlement B, using evidence from all three resources. [6]

Marking Guidance: Award marks for explaining the causes of the divergence. Must link policy/approach to outcome.
Expected Answer:
- Settlement A (Success due to Community Approach): The improvement in Settlement A (Resource 1) is accounted for by the 'community-led upgrading programme' mentioned in Resource 3. This approach empowered residents and used 'micro-finance' to enable household-level improvements, leading to a steady increase in sanitation access. (2)
- Settlement B (Failure due to Clearance Policy): The decline in Settlement B (Resource 1) is accounted for by the government's 'clearance and redevelopment' strategy (Resource 3). This led to a 'freeze on infrastructure investment' (Resource 3), meaning no new facilities were built and existing ones deteriorated. (2)
- Tenure Security: The uncertainty in Settlement B (Resource 3) likely discouraged private or community investment in sanitation, whereas the participatory nature in A encouraged it. (1)
- Physical Constraints: The high density and narrow alleyways in B (Resource 2) may have made infrastructure upgrades more difficult compared to A, but the primary driver was the policy difference. (1)

4. Evaluate the usefulness of Resource 1 and Resource 3 in helping to understand the challenges of achieving sustainable urban development in informal settlements. [7]

Marking Guidance:
- Level 3 (5-7 marks): Balanced evaluation of both resources, identifying specific strengths and limitations in the context of 'sustainable urban development'. Clear judgment.
- Level 2 (3-4 marks): Identifies strengths or limitations but lacks balance or depth.
- Level 1 (1-2 marks): Describes resources rather than evaluating usefulness.
Expected Answer:
- Usefulness of Resource 1 (Quantitative Data):
  - Strength: Provides clear, quantitative evidence of temporal change, allowing for direct comparison of progress (or lack thereof) between two sites. It highlights the outcome of development efforts. (1)
  - Limitation: It only shows 'access to sanitation', which is one indicator of sustainability. It does not explain why changes occurred or capture other dimensions like economic or social sustainability (e.g., income, safety). (1)
- Usefulness of Resource 3 (Qualitative/Policy Context):
  - Strength: Explains the process and policy drivers behind the data in Resource 1. It highlights the importance of governance (community-led vs. state-led clearance) and tenure security, which are critical challenges in sustainable development. (1)
  - Limitation: It is a government extract, which may be biased towards justifying policy decisions. It does not provide the residents' perspective or detailed environmental data. (1)
- Combined Evaluation:
  - Together, they are highly useful because Resource 1 shows what happened and Resource 3 explains why. This combination helps understand that sustainable development is not just about infrastructure but also about policy approach and social inclusion. (1)
  - Overall Limitation: Both resources lack information on the economic cost of these strategies or the long-term environmental impact beyond sanitation, limiting a full assessment of 'sustainability'. (1)
- Judgment: The resources are very useful for understanding the governance and social challenges of sustainable development, but less useful for understanding the economic and environmental complexities without additional data. (1)

5. Describe the spatial pattern of Urban Heat Island intensity shown in Resource 4. [4]

Marking Guidance: Award 1 mark for each valid spatial observation. Must use directional/locational language.
Expected Answer:
- Highest UHI intensity is concentrated in the Central Business District (CBD) and the central region. (1)
- High intensity also extends to dense residential areas such as Tampines (East). (1)
- Lowest UHI intensity is found in nature reserves (e.g., Central Catchment) and coastal areas. (1)
- There is a general trend of decreasing intensity moving from the urban core towards the periphery/coast. (1)

6. Explain how urban land use characteristics contribute to the high UHI intensity observed in the Central Business District (CBD) as shown in Resource 4. [4]

Marking Guidance: Award 1 mark for identifying a land use characteristic and 1 mark for explaining the physical process linking it to UHI.
Expected Answer:
- High Building Density/Materials: The CBD has many tall buildings made of concrete, glass, and asphalt. These materials have high thermal capacity and conductivity, absorbing and storing solar radiation during the day and releasing it at night. (1+1)
- Lack of Vegetation: The CBD has limited green space/vegetation compared to nature reserves. This reduces cooling through evapotranspiration and shade. (1+1)
- Anthropogenic Heat: High concentration of vehicles, air-conditioning units, and industrial activities releases waste heat, directly raising ambient temperatures. (1+1)
- (Note: Any two well-explained points gain full marks.)

Section B: Structured Response and Fieldwork Application (10 Marks)

7. Fieldwork Investigation: Green Roofs

(a) Suggest two data collection methods the students could use to gather primary data for this investigation. [2]

Expected Answer:
1. Use of digital thermometers/data loggers to measure indoor temperature at regular intervals. (1)
2. Use of surveys/questionnaires to ask residents about their perceived comfort levels or energy usage. (1)
- (Other valid methods: Comparison with a control block without green roofs.)

(b) Explain one ethical consideration the students must address when conducting this investigation in a residential estate. [2]

Expected Answer:
- Informed Consent/Privacy: Students must obtain permission from residents before entering their homes or collecting data. They must ensure that personal data (e.g., from surveys) is kept confidential and anonymous to protect residents' privacy. (1 for identification, 1 for explanation).

(c) Explain how the students could minimise the impact of their investigation on the residents. [2]

Expected Answer:
- Minimise Disruption: Schedule data collection at convenient times for residents (e.g., not during rest hours). Keep visits short and non-intrusive. Ensure equipment does not damage property. (1 for strategy, 1 for explanation).

8. Soft vs. Hard Engineering for Urban Flood Risk [4]

Marking Guidance: 1 mark for advantage, 1 for explanation. 1 mark for disadvantage, 1 for explanation.
Expected Answer:
- Advantage of Soft Engineering (e.g., SUDS/Green Roofs): They are more environmentally sustainable as they enhance biodiversity, improve water quality through filtration, and reduce UHI effect, unlike concrete channels which disrupt natural ecosystems. (1+1)
- Disadvantage of Soft Engineering: They may require more land space (e.g., for retention ponds or wetlands) which is scarce and expensive in dense urban contexts like Singapore, making them harder to implement than vertical hard engineering solutions. (1+1)
- (Alternative Disadvantage: They may be less effective in handling extreme, high-magnitude flood events compared to large concrete drains.)

Section C: Essay Question (20 Marks)

9. "Slums are the greatest impediment confronting cities in achieving sustainable urban development." How far do you agree? [20]

Marking Rubric:

Level 4 (17-20 marks): Comprehensive evaluation. Clear, balanced argument. Detailed case study evidence. Demonstrates deep understanding of sustainability (social, economic, environmental). Acknowledges complexity (slums as symptom vs. cause).
Level 3 (13-16 marks): Good evaluation. Balanced argument but may lack depth in some areas. Good case study evidence. Clear understanding of sustainability concepts.
Level 2 (9-12 marks): Partial evaluation. One-sided argument or descriptive. Limited case study evidence. Basic understanding of sustainability.
Level 1 (1-8 marks): Descriptive or irrelevant. Little to no case study evidence. Misunderstands key terms.

Indicative Content:

Introduction:

Define slums/informal settlements (e.g., UN-Habitat definition: lack of durable housing, insufficient living area, lack of access to safe water, sanitation, secure tenure).
Define sustainable urban development (meeting present needs without compromising future generations; balancing economic, social, and environmental goals).
Thesis statement: While slums present significant challenges to sustainability, labeling them the "greatest impediment" overlooks the role of poor urban planning, inequality, and the adaptive resilience of slum communities.

Argument For: Slums as an Impediment

Environmental Unsustainability:
- Lack of sanitation and waste management leads to pollution of water bodies and soil (e.g., Citarum River in Jakarta, polluted by waste from informal settlements).
- High density and poor construction materials increase vulnerability to climate change impacts (flooding, landslides). Example: Landslides in favelas in Rio de Janeiro during heavy rains.
Social Unsustainability:
- Poor health outcomes due to overcrowding and lack of clean water (e.g., cholera outbreaks in Haiti or Yemen).
- Lack of secure tenure leads to social exclusion and fear of eviction, preventing long-term community investment.
Economic Unsustainability:
- Informal economy limits tax revenue for the city, reducing funds for public services.
- Low productivity due to poor health and lack of infrastructure.

Argument Against: Slums are not the Greatest Impediment (or are a Solution/Symptom)

Slums as a Solution to Housing Crisis:
- They provide affordable housing for low-income migrants who fuel the urban economy. Without slums, cities like Mumbai or Lagos would face even greater housing shortages.
- Example: Dharavi in Mumbai is an economic hub with a thriving informal recycling and leather industry, contributing significantly to the local economy.
Resilience and Community:
- Strong social networks in slums provide safety nets and community support, which are aspects of social sustainability.
- Upgrading programs (e.g., Favela-Bairro in Rio) show that slums can be integrated into the formal city, improving sustainability without clearance.
The Real Impediment: Poor Governance and Planning:
- Slums are a symptom of rapid urbanization outpacing planning and affordable housing provision.
- The "greatest impediment" is often the lack of political will, corruption, or inequitable land policies, rather than the slums themselves.
- Example: Singapore’s success in eliminating slums was due to strong state-led public housing (HDB) and land acquisition policies, not just the absence of slums.

Evaluation/Conclusion:

Slums pose serious challenges to environmental and social sustainability, particularly in terms of health and safety.
However, they are not necessarily the "greatest" impediment. They are a response to market failures and planning gaps.
Treating slums solely as an impediment leads to destructive clearance policies. Recognizing them as part of the urban system allows for upgrading and integration, which is more sustainable.
Therefore, the statement is partially agreeable but oversimplified. The greatest impediment is often the inability of urban governance to manage rapid growth inclusively.

(Award marks based on the quality of argument, use of specific case studies, and depth of evaluation.)