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A Level H2 Geography Practice Paper 5
Free A Level H2 Geography Practice Paper 5, DeepSeek Exam version, with questions, answers, and A Level-style practice for Singapore students.
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Questions
TuitionGoWhere Practice Paper - Geography H2 A-Level
Practice Paper 5
TuitionGoWhere Exam Practice (AI)
Subject: Geography H2 (9173) Level: A-Level Paper: Practice Paper 5 (Resources & Sustainability Focus) Duration: 1 hour 30 minutes Total Marks: 50
Name: _________________________ Class: _________________________ Date: _________________________
Instructions to Candidates
- This paper consists of three sections (A, B, and C).
- 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 reminded of the need for good English and clear presentation in your answers.
- Where appropriate, you should support your answers with examples and evidence from your study of Geography.
Section A: Data Response (15 marks)
Answer all questions in this section.
Resources 1A and 1B are provided for Questions 1–3.
Resource 1A: Per Capita Municipal Solid Waste Generation for Selected Cities (2023)
| City | Waste Generated (kg/capita/year) | Recycling Rate (%) | Organic Waste (%) | Plastic Waste (%) |
|---|---|---|---|---|
| Singapore | 380 | 59 | 22 | 12 |
| Tokyo | 320 | 65 | 35 | 10 |
| Mumbai | 180 | 20 | 60 | 8 |
| Nairobi | 150 | 15 | 65 | 9 |
| Copenhagen | 410 | 72 | 28 | 11 |
| São Paulo | 290 | 25 | 55 | 14 |
Resource 1B: Extract from UNEP Report on Waste Management Challenges
"Cities in low- and middle-income countries face distinct waste management challenges. While per capita waste generation is typically lower than in high-income cities, the proportion of organic waste is substantially higher, often exceeding 50% of the total waste stream. This presents both opportunities for composting and biogas production, and challenges related to collection frequency, odour, and vector-borne diseases. Furthermore, informal waste picking plays a significant role in recycling in many developing cities, yet this sector remains largely unregulated and exposes workers to significant health risks. The absence of sanitary landfills in many cities means that open dumping remains the predominant disposal method, contributing to groundwater contamination, air pollution from burning, and methane emissions."
Question 1
Compare the waste generation and recycling rates for the cities shown in Resource 1A. [5]
Question 2
With reference to Resource 1B, explain why cities with lower per capita waste generation may still face greater waste management challenges than cities with higher per capita waste generation. [4]
Question 3
Using Resources 1A and 1B, suggest two strategies that could improve waste management sustainability in Mumbai or Nairobi. Justify your choices. [6]
Section B: Structured Questions (20 marks)
Answer all questions in this section.
Question 4
(a) Define the term "resource curse" as it applies to countries at low levels of development. [2]
(b) Explain two mechanisms through which an abundance of natural resources can hinder sustainable development. [4]
(c) With reference to one named country, evaluate the extent to which good governance can determine whether natural resources become a "blessing" or a "curse." [6]
Question 5
(a) Describe the key characteristics of a karst landscape. [3]
(b) Explain the role of chemical weathering in the formation of karst landforms. [5]
Section C: Essay Question (15 marks)
Answer one question from this section.
EITHER
Question 6
"All cities, regardless of their level of development, must prioritise sustainable urban development above economic growth." How far do you agree with this statement? Support your answer with examples. [15]
OR
Question 7
To what extent can foreign aid enable sustainable development in cities at low levels of development? Discuss with reference to specific examples. [15]
END OF PAPER
Copyright © TuitionGoWhere Exam Practice (AI) – Practice Paper 5
Answers
TuitionGoWhere Practice Paper - Geography H2 A-Level
Practice Paper 5 – Mark Scheme and Answer Key
Subject: Geography H2 (9173) Paper: Practice Paper 5 (Resources & Sustainability Focus) Total Marks: 50
Section A: Data Response (15 marks)
Question 1: Waste Generation and Recycling Rate Comparison [5]
Marking Guidance:
| Mark | Descriptor |
|---|---|
| 1 | Identifies highest and/or lowest waste generators with data |
| 2 | Identifies highest and/or lowest recycling rates with data |
| 3 | Makes at least one comparative statement linking waste generation to recycling |
| 4 | Provides systematic comparison across multiple cities |
| 5 | Synthesises into a clear pattern or summary statement |
Model Answer:
Copenhagen generates the highest per capita waste at 410 kg/capita/year, while Nairobi generates the lowest at 150 kg/capita/year. Singapore (380 kg) and Tokyo (320 kg) also have relatively high waste generation compared to Mumbai (180 kg) and Nairobi. In terms of recycling rates, Copenhagen leads with 72%, followed by Tokyo at 65% and Singapore at 59%. In contrast, Mumbai (20%), Nairobi (15%), and São Paulo (25%) have significantly lower recycling rates. A clear pattern emerges: cities with higher per capita waste generation (Copenhagen, Singapore, Tokyo) tend to have substantially higher recycling rates, while cities with lower waste generation (Mumbai, Nairobi) have much lower recycling rates. This suggests that waste management infrastructure and recycling capacity are more developed in higher-income cities, even though they produce more waste per person.
Award marks for:
- Use of comparative language ("higher than," "lower than," "in contrast")
- Reference to specific data from Resource 1A
- Identification of the pattern linking waste generation to recycling rates
- Coverage of multiple cities, not just two
Question 2: Waste Management Challenges in Lower-Income Cities [4]
Marking Guidance:
| Mark | Descriptor |
|---|---|
| 1 | Identifies one challenge from Resource 1B |
| 2 | Explains why this challenge is significant despite lower waste volumes |
| 3 | Identifies and explains a second challenge |
| 4 | Links challenges to sustainability concerns or provides clear reasoning |
Model Answer:
Cities with lower per capita waste generation, such as Mumbai and Nairobi, may face greater challenges because of the composition and management of their waste. Firstly, Resource 1B notes that organic waste constitutes over 50% of the waste stream in these cities. Organic waste decomposes rapidly, producing odour, attracting disease vectors, and requiring frequent collection—challenges that are less severe with the drier, more recyclable waste streams typical of higher-income cities. Secondly, the absence of sanitary landfills means that open dumping is the predominant disposal method, leading to groundwater contamination, air pollution from burning, and methane emissions. Even though the total volume of waste is lower, the environmental and health impacts are more severe due to inadequate disposal infrastructure. Additionally, the reliance on informal waste picking, while contributing to recycling, exposes workers to health risks without regulation, further compounding the sustainability challenges.
Award marks for:
- Direct reference to Resource 1B content
- Explanation of organic waste challenges
- Explanation of disposal method challenges
- Linking to sustainability or health impacts
Question 3: Strategies for Improving Waste Management Sustainability [6]
Marking Guidance:
| Mark | Descriptor |
|---|---|
| 1–2 | Identifies one appropriate strategy with basic justification |
| 3–4 | Provides detailed justification for first strategy, referencing resources |
| 5 | Identifies and justifies a second strategy |
| 6 | Both strategies are well-justified with clear links to the specific city context and sustainability principles |
Model Answer (using Nairobi as example):
Strategy 1: Develop composting and biogas facilities for organic waste. Nairobi's waste is 65% organic (Resource 1A), presenting a significant opportunity. By establishing centralised composting facilities and biogas digesters, the city could divert the majority of its waste from open dumps. This would reduce methane emissions from uncontrolled decomposition, produce valuable compost for urban agriculture, and generate biogas as a renewable energy source. Resource 1B explicitly identifies this as an opportunity. This strategy addresses the environmental challenges of open dumping while creating economic value from waste, aligning with circular economy principles.
Strategy 2: Formalise and support the informal recycling sector. Resource 1B highlights that informal waste picking plays a significant role in recycling but remains unregulated and hazardous. By formalising waste pickers—providing them with protective equipment, fair wages, and access to healthcare—Nairobi could improve recycling rates (currently only 15%) while protecting vulnerable workers. Formalisation could include establishing materials recovery facilities where waste pickers can sort recyclables safely, and integrating them into municipal waste management contracts. This would improve social sustainability (worker welfare) and environmental sustainability (increased recycling), while building on existing informal systems rather than displacing them.
Award marks for:
- Clear identification of two distinct strategies
- Justification linked to Resource 1A data (e.g., organic waste percentage)
- Justification linked to Resource 1B content (e.g., informal sector, open dumping)
- Consideration of environmental, social, and economic sustainability
- Specificity to the chosen city context
Section B: Structured Questions (20 marks)
Question 4: Resource Curse [12 marks]
(a) Define "resource curse" [2]
Model Answer: The "resource curse" refers to the paradox whereby countries with an abundance of natural resources, particularly non-renewable resources such as oil, gas, and minerals, tend to experience slower economic growth, higher levels of corruption, greater inequality, and more frequent conflict than countries with fewer natural resources. [1] This phenomenon is particularly observed in countries at low levels of development, where institutional weaknesses prevent the effective management of resource wealth. [1]
Award 1 mark for basic definition, 1 mark for reference to development context or specific outcomes.
(b) Explain two mechanisms through which resource abundance can hinder sustainable development [4]
Model Answer:
Mechanism 1: Dutch Disease (2 marks) The exploitation of natural resources can lead to currency appreciation as export revenues flood the economy. This makes other export sectors, such as manufacturing and agriculture, less competitive internationally. As these sectors decline, the economy becomes overdependent on resource exports, reducing economic diversification. When resource prices fall or reserves deplete, the economy lacks alternative sectors to sustain development, undermining long-term economic sustainability.
Mechanism 2: Governance failure and corruption (2 marks) Resource wealth can create "rent-seeking" behaviour, where elites compete for control of resource revenues rather than investing in productive economic activities. This can lead to corruption, weak governance, and conflict over resource control. Revenue from resources may be concentrated in the hands of a few, increasing inequality and reducing investment in public goods such as education and healthcare. This undermines social sustainability and can trap countries in cycles of poverty and instability, as seen in countries such as the Democratic Republic of Congo.
Award 1 mark for identifying each mechanism, 1 mark for explaining how it hinders sustainable development.
(c) Evaluate the role of governance in determining resource outcomes, with reference to one named country [6]
Marking Guidance:
| Level | Marks | Descriptor |
|---|---|---|
| L1 | 1–2 | Basic description of the country's resource situation; limited evaluation |
| L2 | 3–4 | Clear explanation of governance role with specific examples; some evaluation |
| L3 | 5–6 | Detailed evaluation considering multiple factors; balanced conclusion on governance significance |
Model Answer (using Botswana as example):
Botswana demonstrates how good governance can transform natural resources into a "blessing." Upon discovering diamonds in 1967, Botswana established strong institutions to manage resource revenues. The government created the Debswana joint venture with De Beers, ensuring significant state revenue from diamond mining. Crucially, revenue was invested in infrastructure, education, and healthcare rather than being captured by elites. Botswana maintained democratic institutions, low corruption levels, and fiscal discipline, including the establishment of a sovereign wealth fund (the Pula Fund) to save resource revenues for future generations. As a result, Botswana transformed from one of the world's poorest countries at independence to an upper-middle-income country with sustained economic growth.
However, governance alone does not fully explain Botswana's success. Favourable factors included the discovery of diamonds after independence (avoiding colonial exploitation patterns), a relatively small and ethnically homogeneous population, and the leadership of Seretse Khama, who prioritised national development. Furthermore, Botswana's success in diamonds has not fully translated into economic diversification; the country remains heavily dependent on diamond exports, and inequality remains high.
In conclusion, good governance was a necessary but not sufficient condition for Botswana's success. Without strong institutions, diamond wealth could have fuelled corruption and conflict as seen elsewhere in Africa. However, governance operated alongside other favourable conditions. This suggests that while governance is critical in determining whether resources become a blessing or curse, it must be supported by other factors including timing of resource discovery, population characteristics, and leadership quality.
Award marks for:
- Named country with specific details
- Explanation of governance mechanisms
- Acknowledgment of other factors
- Balanced evaluative conclusion
Question 5: Karst Landscapes [8 marks]
(a) Describe key characteristics of a karst landscape [3]
Model Answer: Karst landscapes are characterised by distinctive surface and subsurface features formed primarily through the dissolution of soluble rocks, typically limestone. Key surface characteristics include: limestone pavements with clints (blocks) and grikes (fissures), sinkholes or dolines (circular depressions formed by surface dissolution or roof collapse of underground cavities), and disappearing streams that flow into swallow holes. [1] Subsurface features include extensive cave systems, stalactites and stalagmites, and underground rivers. [1] The landscape typically has poor surface drainage, with most water flowing underground through joints and bedding planes, resulting in dry valleys and a lack of surface streams. [1]
Award 1 mark for surface features, 1 mark for subsurface features, 1 mark for drainage characteristics.
(b) Explain the role of chemical weathering in the formation of karst landforms [5]
Model Answer:
Chemical weathering, specifically carbonation, is the primary process driving karst landscape formation. Rainwater absorbs carbon dioxide from the atmosphere and soil to form weak carbonic acid (H₂O + CO₂ → H₂CO₃). [1] This acidic water infiltrates through joints, bedding planes, and fissures in the limestone rock. [1]
The carbonic acid reacts with calcium carbonate (CaCO₃) in the limestone, converting it to soluble calcium bicarbonate (Ca(HCO₃)₂): CaCO₃ + H₂CO₃ → Ca(HCO₃)₂. [1] This dissolved material is removed in solution, gradually enlarging joints and fissures into wider grikes, caves, and underground channels. [1]
Over time, continued dissolution along lines of weakness creates extensive underground drainage networks. Surface features such as sinkholes form when underground cavities collapse, while limestone pavements develop as surface material is dissolved along joint patterns. The process is self-reinforcing: as channels enlarge, water flow increases, accelerating further dissolution. [1] The rate of chemical weathering is influenced by climate factors including rainfall amount, temperature, and the presence of vegetation which contributes CO₂ to soil water, making tropical karst landscapes particularly well-developed.
Award marks for:
- Identification of carbonation as the key process
- Explanation of carbonic acid formation
- Chemical equation or description of the reaction
- Link to enlargement of joints and fissures
- Connection to specific landform development
Section C: Essay Question (15 marks)
Question 6: Sustainable Urban Development vs. Economic Growth [15]
Marking Guidance:
| Level | Marks | Descriptor |
|---|---|---|
| L1 | 1–5 | Descriptive; limited argument; few or no examples |
| L2 | 6–10 | Some evaluation; relevant examples but limited depth; partially balanced |
| L3 | 11–15 | Well-evaluated; balanced argument; specific, detailed examples; clear conclusion |
Indicative Content:
Arguments in agreement:
- Environmental degradation in cities (air pollution, waste, carbon emissions) threatens long-term liveability and economic productivity
- Social sustainability (affordable housing, access to services, inequality reduction) is essential for social stability and workforce productivity
- Climate change adaptation requires urgent sustainable infrastructure investment
- Examples: Singapore's green building standards and water management; Copenhagen's carbon-neutral goal; Curitiba's integrated transport planning
Arguments in disagreement:
- Cities at low levels of development face pressing poverty reduction needs that may require prioritising economic growth
- Sustainable development is expensive; cities with limited resources may need to grow first before investing in sustainability
- Some environmental degradation may be an acceptable trade-off for poverty reduction in the short term
- Examples: Rapid industrialisation in Chinese cities prioritised growth over environment initially; Mumbai's focus on economic growth to address poverty
Synthesis points:
- False dichotomy: sustainable development can drive economic growth (green jobs, resource efficiency)
- Context matters: cities at different development levels have different priorities and capacities
- "Prioritise" does not mean "exclusively pursue"; balanced approach possible
- Long-term economic growth depends on environmental and social sustainability
Model Answer Framework:
Introduction: Define sustainable urban development; acknowledge the tension between sustainability and growth; signal a nuanced position.
Paragraph 1 – Agreement: Present 2–3 reasons why sustainability should be prioritised, with specific examples (e.g., Singapore's integrated approach, Copenhagen's carbon neutrality target).
Paragraph 2 – Counterargument: Acknowledge constraints, particularly for cities at low levels of development; provide examples where growth has been prioritised (e.g., rapid industrialisation in parts of Asia).
Paragraph 3 – Synthesis: Argue that the dichotomy is false; sustainable development can support long-term economic growth; context determines the appropriate balance.
Conclusion: Nuanced position—sustainability should be a priority for all cities, but the pace and approach must vary by development context; long-term economic growth depends on sustainability.
Question 7: Foreign Aid and Sustainable Development [15]
Marking Guidance:
| Level | Marks | Descriptor |
|---|---|---|
| L1 | 1–5 | Descriptive; limited argument; few or no examples |
| L2 | 6–10 | Some evaluation; relevant examples but limited depth; partially balanced |
| L3 | 11–15 | Well-evaluated; balanced argument; specific, detailed examples; clear conclusion |
Indicative Content:
Arguments that aid enables sustainable development:
- Financial resources for infrastructure (water, sanitation, transport) that cities cannot afford independently
- Technology transfer and technical expertise for sustainable urban planning
- Capacity building for local governance and institutional development
- Examples: World Bank-funded slum upgrading in Nairobi; JICA support for sustainable transport in Southeast Asian cities
Arguments that aid is insufficient or problematic:
- Aid dependency can undermine local initiative and accountability
- Conditionality may impose inappropriate solutions
- Corruption can divert aid from intended purposes
- Domestic resource mobilisation and good governance may be more important
- Examples: Aid-dependent cities that have not achieved sustainable development; self-reliant development in cities like Shenzhen
Synthesis points:
- Aid quality matters more than quantity
- Aid is most effective when aligned with local priorities and combined with good governance
- Sustainable development ultimately requires domestic capacity and political will
- Aid can catalyse but not substitute for local action
Model Answer Framework:
Introduction: Define foreign aid and sustainable development in the urban context; signal a balanced evaluation.
Paragraph 1 – Enabling role: Explain how aid can provide resources, technology, and capacity building; provide specific examples of successful aid-supported urban sustainability projects.
Paragraph 2 – Limitations: Discuss aid dependency, conditionality, corruption, and the primacy of domestic factors; provide examples where aid has not led to sustainable outcomes.
Paragraph 3 – Conditions for effectiveness: Analyse the factors that determine whether aid enables sustainable development (governance, alignment, local ownership).
Conclusion: Aid can enable sustainable development under certain conditions, but is neither sufficient nor always necessary; domestic factors are ultimately more important.
END OF MARK SCHEME
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