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A Level H2 Geography Practice Paper 1

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TuitionGoWhere Practice Paper - Geography H2 A-Level

TuitionGoWhere Practice Paper (AI)
Version: 1 of 5
Subject: Geography H2 (9173)
Level: A-Level
Paper: Practice Paper – Resources & Sustainability
Duration: 2 Hours
Total Marks: 60

Name: __________________________
Class: __________________________
Date: __________________________

Instructions to Candidates

Write your name, class, and date in the spaces provided.
Answer all questions.
The number of marks is given in brackets [ ] at the end of each question or part question.
You are advised to spend approximately 1 hour on Section A and 1 hour on Section B.
Use black or blue ink. You may use a pencil for any diagrams or graphs.
An insert containing Resources 1–4 is provided for Section A.

Section A: Source-Based Questions (30 Marks)

Study the Insert (Resources 1–4) and answer Questions 1–3.

Resource 1 is a table showing the Water Stress Index and Per Capita Water Availability for four selected countries in 2023.
Resource 2 is a diagram illustrating the "Virtual Water" trade flows for Country A.
Resource 3 is an extract discussing the impact of desalination technology on water security in the Middle East.
Resource 4 is a graph showing the trend in renewable energy adoption (%) vs. GDP growth (%) in Southeast Asian nations (2010–2023).

1. With reference to Resource 1, compare the water security status of Country A and Country B. [4]

2. Using Resource 2 and your own knowledge, explain how "virtual water" trade contributes to the resource security of Country A. [6]

3. "Technological solutions, such as desalination, are the most effective way to ensure long-term water security."
Evaluate this statement with reference to Resource 3 and your own knowledge. [10]

4. Study Resource 4.
(a) Describe the relationship between renewable energy adoption and GDP growth shown in the graph. [3]

(b) Suggest reasons why some countries in the graph show high GDP growth but low renewable energy adoption. [7]

Section B: Essay Questions (30 Marks)

Answer Question 5 OR Question 6.

5. "'The physical availability of resources is a greater constraint to development than economic access.' To what extent do you agree?" [20]

......

6. "Sustainable resource management is impossible without significant changes in consumer behavior." How far do you agree with this statement? [20]

Answers

TuitionGoWhere Practice Paper - Geography H2 A-Level (Answer Key)

Version: 1 of 5
Subject: Geography H2 (9173)
Topic: Resources & Sustainability

Section A: Source-Based Questions

1. With reference to Resource 1, compare the water security status of Country A and Country B. [4]

Marking Guidance:
- 1 mark for identifying Country A’s status (e.g., high stress/low availability).
- 1 mark for identifying Country B’s status (e.g., low stress/high availability).
- 1 mark for using comparative language (e.g., "whereas," "in contrast," "significantly higher/lower").
- 1 mark for citing specific data from Resource 1 (e.g., m³ per capita or index score) to support the comparison.
Indicative Answer: Country A faces high water stress with a Water Stress Index of 0.85 and low per capita availability of 500 m³/year, indicating severe scarcity [1+1]. In contrast, Country B has a low Water Stress Index of 0.20 and high per capita availability of 4,500 m³/year, indicating water abundance [1+1]. Country A’s availability is nine times lower than Country B’s, highlighting a significant disparity in physical water security [1 for comparison/data].

2. Using Resource 2 and your own knowledge, explain how "virtual water" trade contributes to the resource security of Country A. [6]

Marking Guidance:
- 1-2 marks for defining/explaining virtual water (water embedded in production).
- 2-3 marks for explaining the mechanism: importing water-intensive goods saves domestic water.
- 1-2 marks for linking to resource security (reducing strain on local resources, diversifying supply).
- Must reference Resource 2 (e.g., specific imports like grain or cotton).
Indicative Answer: Virtual water refers to the hidden flow of water if food or other commodities were traded from one place to another [1]. Resource 2 shows Country A imports significant quantities of grain and beef, which are water-intensive products [1]. By importing these goods, Country A effectively imports the water required to produce them, thereby saving its own scarce domestic water resources for high-value uses or drinking [2]. This reduces the pressure on local aquifers and rivers, enhancing long-term resource sustainability [1]. It also diversifies water sources, reducing reliance on unpredictable local rainfall, thus improving security [1].

3. "Technological solutions, such as desalination, are the most effective way to ensure long-term water security." Evaluate this statement with reference to Resource 3 and your own knowledge. [10]

Marking Guidance:
- Level 1 (1-3 marks): Basic description of desalination or simple agreement/disagreement. Limited use of Resource 3.
- Level 2 (4-6 marks): Explains benefits of technology (reliability, independence) and/or drawbacks (cost, energy). Uses Resource 3. Some evaluation.
- Level 3 (7-10 marks): Balanced evaluation. Discusses effectiveness vs. limitations (energy intensity, brine disposal, equity). Integrates Resource 3 with own knowledge (e.g., Singapore NEWater, Saudi Arabia). Concludes with a nuanced judgment (technology is necessary but not sufficient; needs demand management).
Indicative Answer: Technological solutions like desalination provide a climate-independent source of water, crucial for arid regions like the Middle East mentioned in Resource 3 [1]. Resource 3 highlights that desalination provides 90% of drinking water in some Gulf states, ensuring high physical availability [1]. This reduces vulnerability to droughts and variable rainfall [1].

However, Resource 3 also notes the high energy cost and carbon footprint, which conflicts with sustainability goals [1]. Desalination is capital-intensive, making it less accessible for poorer nations, raising issues of economic access [1]. Furthermore, brine disposal poses environmental threats to marine ecosystems [1].

Own knowledge: Singapore’s NEWater (recycling) is often more energy-efficient than desalination and complements it [1]. Technology alone cannot solve security if demand is unchecked; demand management (pricing, education) is equally vital [1].

Conclusion: While technology is critical for augmenting supply in water-scarce regions, it is not the "most effective" standalone solution due to economic and environmental costs. A holistic approach integrating technology with conservation and policy is more effective for long-term security [1].

4. Study Resource 4.

(a) Describe the relationship between renewable energy adoption and GDP growth shown in the graph. [3]

Marking Guidance:
- 1 mark for general trend (positive/negative/no correlation).
- 1 mark for specific detail (e.g., clustering of countries).
- 1 mark for identifying outliers or exceptions.
Indicative Answer: The graph shows a weak positive correlation between renewable energy adoption and GDP growth [1]. Most countries with higher GDP growth (above 4%) have moderate renewable adoption (10-20%) [1]. However, there are outliers; Country X has high GDP growth but very low renewable adoption, while Country Y has high adoption but stagnant growth [1].

(b) Suggest reasons why some countries in the graph show high GDP growth but low renewable energy adoption. [7]

Marking Guidance:
- 1 mark per valid reason, developed with explanation.
- Max 7 marks.
- Reasons may include: reliance on cheap fossil fuels, lack of technology/capital, rapid industrialization prioritizing speed over sustainability, political subsidies for oil/coal, geographic constraints.
Indicative Answer:
1. Reliance on Fossil Fuels: Rapidly growing economies may have abundant domestic coal or oil reserves, making them the cheapest and fastest option for industrialization (e.g., Vietnam, India) [2].
2. Cost of Transition: Renewable infrastructure requires high upfront capital investment. Developing nations may prioritize immediate economic output over long-term sustainability due to budget constraints [2].
3. Industrial Structure: High GDP growth may be driven by energy-intensive manufacturing (steel, cement) which is currently harder to power with renewables due to intermittency issues [2].
4. Policy/Subsidies: Government subsidies for fossil fuels can distort the market, discouraging renewable adoption despite growth [1].

Section B: Essay Questions

5. "'The physical availability of resources is a greater constraint to development than economic access.' To what extent do you agree?" [20]

Marking Scheme:
- AO1 (Knowledge): Definitions of physical scarcity vs. economic scarcity. Case studies (e.g., Japan/Singapore vs. DRC/Nigeria).
- AO2 (Understanding): Explanation of how constraints operate.
- AO3 (Analysis): Analysis of the interplay between physical and economic factors.
- AO4 (Evaluation): Balanced judgment. Is physical scarcity absolute? Can technology overcome it? Is economic access the real barrier?
Indicative Content:
- Argument for Physical Availability:
  - Some resources are geographically fixed (e.g., oil, minerals). Lack of these can hinder industrialization (e.g., Japan’s reliance on imports).
  - Water scarcity in arid regions (Sahel) limits agriculture, the backbone of many developing economies.
  - Climate limits agricultural productivity (tropics vs. temperate).
- Argument for Economic Access (Counter):
  - Many resource-rich countries suffer from the "Resource Curse" (DRC, Nigeria) due to poor governance, corruption, and lack of infrastructure to exploit resources.
  - Resource-poor countries like Singapore, Japan, and Switzerland have achieved high development through trade, technology, and human capital.
  - Economic access determines who gets the resource. Food exists globally, but famine occurs due to poverty (Amartya Sen’s entitlement theory).
  - Technology can overcome physical scarcity (desalination, greenhouses), but only if economically accessible.
- Synthesis/Evaluation:
  - Physical availability is a baseline constraint, but in a globalized world, trade allows countries to bypass local physical limits.
  - Economic access (purchasing power, infrastructure, governance) is often the more significant barrier.
  - The constraint shifts depending on the resource type (strategic minerals vs. food/water).
- Conclusion:
  - While physical availability sets the stage, economic access is the decisive factor in the modern global economy. Poor governance and lack of capital are greater constraints than physical absence.

6. "Sustainable resource management is impossible without significant changes in consumer behavior." How far do you agree with this statement? [20]

Marking Scheme:
- AO1 (Knowledge): Concepts of sustainable management, consumerism, circular economy. Case studies (waste management in Sweden, fast fashion, energy consumption).
- AO2 (Understanding): How consumer demand drives production.
- AO3 (Analysis): Analyzing the role of consumers vs. producers/governments.
- AO4 (Evaluation): To what extent is behavior change sufficient? Is it necessary? What about technology and regulation?
Indicative Content:
- Argument for Consumer Behavior Change:
  - Demand drives supply. Reduced consumption of meat, fast fashion, and single-use plastics directly reduces resource extraction and waste.
  - Consumer pressure forces corporations to adopt ESG (Environmental, Social, and Governance) standards.
  - Energy conservation at home reduces national load.
  - Example: Shift to electric vehicles driven by consumer preference.
- Argument Against (Other Factors are More Critical):
  - Government Regulation: Carbon taxes, bans on single-use plastics, and zoning laws are more effective than voluntary behavior change.
  - Technological Innovation: Renewable energy, carbon capture, and efficient manufacturing processes can decouple growth from resource use without requiring austerity.
  - Corporate Responsibility: Producers design products for obsolescence. Systemic change in production (circular economy) is more impactful than individual recycling.
  - Inequality: The wealthiest 10% consume the most; asking the poor to change behavior is unjust and ineffective. Focus should be on structural change.
- Synthesis/Evaluation:
  - Consumer behavior is a necessary but insufficient condition.
  - Individual actions are limited by systemic constraints (e.g., lack of public transport forces car use).
  - Behavior change must be enabled by policy (nudges, infrastructure) and technology.
- Conclusion:
  - Significant changes in consumer behavior are vital, particularly in high-consumption societies. However, labeling it "impossible" without only behavior change is incorrect. A multi-pronged approach (Policy + Technology + Behavior) is required. Behavior change is the social license for stricter regulations.