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Thinka Jun 2023 AQA GCSE-Style Mock — Geography 8035

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An original Thinka practice paper modelled on the structure and difficulty of the Jun 2023 AQA GCSE Geography 8035 paper. Not affiliated with or reproduced from AQA.

Paper 1 Section A

Answer all questions in this section.
11 PastPaper.question · 33 PastPaper.marks
PastPaper.question 1 · multiple-choice
1 PastPaper.marks
Which of the following is a key feature of a destructive plate margin where an oceanic plate meets a continental plate?
  1. A.Crust is neither created nor destroyed, and there are no volcanoes.
  2. B.Subduction occurs, where the denser oceanic plate sinks beneath the continental plate.
  3. C.Plates move apart from one another, allowing magma to rise and create new land.
  4. D.Rising magma plumes create a chain of shield volcanoes in the middle of a plate.
PastPaper.showAnswers

PastPaper.workedSolution

At a destructive plate margin where an oceanic plate meets a continental plate, the denser oceanic plate is forced downwards (subducted) beneath the lighter continental plate into the mantle, where it melts. This process leads to intense volcanic and earthquake activity.

PastPaper.markingScheme

Award 1 mark for identifying the correct statement. No partial marks.
PastPaper.question 2 · multiple-choice
1 PastPaper.marks
Why do tropical storms spin or rotate?
  1. A.Due to the extreme difference in pressure between the eye and the outer edge of the storm.
  2. B.Because of the Coriolis effect, which is caused by the Earth's rotation.
  3. C.Due to high sea temperatures above 27 degrees Celsius causing strong localized convection currents.
  4. D.Because they interact with high-altitude jet streams that blow in opposite directions.
PastPaper.showAnswers

PastPaper.workedSolution

The Coriolis effect, which is caused by the Earth's rotation, deflects the winds flowing towards the low-pressure centre of the storm, causing the entire system to spin.

PastPaper.markingScheme

Award 1 mark for identifying the Coriolis effect as the correct cause of the rotation. No partial marks.
PastPaper.question 3 · multiple-choice
1 PastPaper.marks
Which of the following describes the 'eccentricity' component of the Milankovitch cycles, which affects long-term climate change?
  1. A.The wobble in the Earth's axis of rotation over a cycle of approximately 26,000 years.
  2. B.The tilt of the Earth's axis varying between 22.1 degrees and 24.5 degrees over a 41,000-year cycle.
  3. C.The change in the shape of the Earth's orbit around the Sun from nearly circular to elliptical over a 100,000-year cycle.
  4. D.The variation in solar output caused by changes in sunspot activity over an 11-year cycle.
PastPaper.showAnswers

PastPaper.workedSolution

Eccentricity refers to the change in the shape of the Earth's orbit around the Sun. Over a cycle of approximately 100,000 years, the orbit shifts from being nearly circular to more elliptical, altering the distance between the Earth and the Sun and influencing the intensity of solar radiation received.

PastPaper.markingScheme

Award 1 mark for the correct description of orbital eccentricity. No partial marks.
PastPaper.question 4 · Paragraph Completion
3 PastPaper.marks
Complete the paragraph below about the greenhouse effect. Choose the correct three terms from the following list: longer, shorter, nitrogen, greenhouse gases, trap, escape. Incoming solar radiation is shortwave radiation which warms the Earth's surface. The Earth then re-emits this energy as [Gap 1] wavelength radiation. This outgoing radiation is absorbed by [Gap 2] in the atmosphere. These gases then re-emit the heat energy in all directions, which helps to [Gap 3] heat within the Earth's atmosphere.
PastPaper.showAnswers

PastPaper.workedSolution

The correct terms are: Gap 1: longer (the Earth re-emits energy as longer-wavelength, infrared radiation); Gap 2: greenhouse gases (gases such as carbon dioxide and methane absorb this outgoing radiation); Gap 3: trap (the absorption and re-emission of heat energy works to trap heat within the atmosphere).

PastPaper.markingScheme

Award 1 mark for each correct gap filled: Gap 1: longer (1 mark); Gap 2: greenhouse gases (1 mark); Gap 3: trap (1 mark). Do not accept any other terms from the list.
PastPaper.question 5 · Short Answer
3 PastPaper.marks
Explain how plate movements at a destructive (convergent) plate margin cause earthquakes.
PastPaper.showAnswers

PastPaper.workedSolution

At destructive plate margins, two plates move towards each other. As the denser plate subducts beneath the lighter plate, they do not slide past each other smoothly due to friction. This causes the plates to get stuck, leading to a build-up of intense pressure and tension in the crust. Eventually, the pressure becomes too high and overcomes the friction, causing the plates to suddenly slip. This sudden movement releases stored energy in the form of seismic waves, which travel through the Earth's crust as an earthquake.

PastPaper.markingScheme

Award up to 3 marks for a sequential explanation: 1 mark for mentioning plate movement or subduction (e.g., plates move towards each other or one sinks); 1 mark for explaining friction or pressure build-up (e.g., the plates become stuck, causing tension to build); 1 mark for explaining the sudden release of energy (e.g., the plates slip, releasing seismic waves).
PastPaper.question 6 · short-answer
2 PastPaper.marks
Outline one way planning can reduce the impact of tropical storms.
PastPaper.showAnswers

PastPaper.workedSolution

Planning involves preparing for a tropical storm before it occurs to reduce its impacts.

- **Point 1 (1 mark):** Identify a valid planning strategy, such as mapping out evacuation routes, creating emergency survival kits, or establishing community evacuation shelters.
- **Point 2 (1 mark):** Explain how this reduces the impact. For example, designated evacuation routes ensure that residents can escape coastal areas quickly and in an orderly manner before the storm makes landfall, which minimizes the number of casualties/deaths.

PastPaper.markingScheme

- **1 mark** for identifying a valid planning strategy (e.g., evacuation plans, training emergency services, education campaigns).
- **1 mark** for explaining how this strategy reduces the impact (e.g., reducing loss of life, allowing faster response, protecting key resources).

*Note: Do not credit preparation of physical defences (which is protection) or tracking/satellites (which is monitoring/prediction) unless directly linked to how a plan is executed.*
PastPaper.question 7 · short-answer
2 PastPaper.marks
Explain how carbon capture and storage (CCS) can reduce the rate of climate change.
PastPaper.showAnswers

PastPaper.workedSolution

Carbon capture and storage (CCS) is a technology used to mitigate climate change.

- **Point 1 (1 mark):** Explain the process of capturing and storing carbon (e.g., capturing \(CO_2\) emissions from power stations and transporting/injecting them deep underground into depleted oil/gas reservoirs).
- **Point 2 (1 mark):** Link this process to the reduction in climate change (e.g., because the greenhouse gas is locked away, it cannot accumulate in the atmosphere and contribute to the enhanced greenhouse effect).

PastPaper.markingScheme

- **1 mark** for describing the capture and permanent underground storage/containment of carbon dioxide emissions from industrial sources.
- **1 mark** for explaining the atmospheric effect (e.g., prevents the gas from entering the atmosphere, reducing the greenhouse effect and subsequent global temperature rises).
PastPaper.question 8 · Structured Explain
4 PastPaper.marks
Explain how monitoring and prediction can reduce the effects of tropical storms.
PastPaper.showAnswers

PastPaper.workedSolution

Monitoring involves using advanced technology, such as satellites, radar, and aircraft, to observe the development and movement of tropical storms. Prediction uses this data to forecast the storm's track, wind speeds, and potential storm surge. These techniques reduce the effects in several ways: First, accurate predictions allow governments to issue timely evacuation orders for low-lying coastal areas, which dramatically reduces fatalities. Second, it gives individuals and businesses time to protect their property by boarding up windows and using sandbags, minimizing structural damage. Third, emergency services can pre-position rescue teams, food, and medical supplies outside the storm's immediate path, ensuring a rapid response that prevents secondary deaths and illnesses.

PastPaper.markingScheme

Level 2 (3-4 marks): Clear, developed explanations showing how both monitoring and prediction lead to reduced impacts. Demonstrates a clear sequence of cause and effect connecting tracking technology to mitigation of physical or human impacts. Level 1 (1-2 marks): Simple, undeveloped points about tracking storms or warning people. May list techniques or impacts without clearly explaining the link between them. Indicative content: Satellites track cloud movement and storm progression. Computer models predict the landfall zone. Evacuation warnings can be issued to save lives. Emergency disaster response teams can be positioned in advance. Property can be boarded up to prevent wind damage.
PastPaper.question 9 · Structured Explain
4 PastPaper.marks
Explain how monitoring and prediction can reduce the effects of tropical storms.
PastPaper.showAnswers

PastPaper.workedSolution

Monitoring involves using advanced technology, such as satellites, radar, and aircraft, to observe the development and movement of tropical storms. Prediction uses this data to forecast the storm's track, wind speeds, and potential storm surge. These techniques reduce the effects in several ways: First, accurate predictions allow governments to issue timely evacuation orders for low-lying coastal areas, which dramatically reduces fatalities. Second, it gives individuals and businesses time to protect their property by boarding up windows and using sandbags, minimizing structural damage. Third, emergency services can pre-position rescue teams, food, and medical supplies outside the storm's immediate path, ensuring a rapid response that prevents secondary deaths and illnesses.

PastPaper.markingScheme

Level 2 (3-4 marks): Clear, developed explanations showing how both monitoring and prediction lead to reduced impacts. Demonstrates a clear sequence of cause and effect connecting tracking technology to mitigation of physical or human impacts. Level 1 (1-2 marks): Simple, undeveloped points about tracking storms or warning people. May list techniques or impacts without clearly explaining the link between them. Indicative content: Satellites track cloud movement and storm progression. Computer models predict the landfall zone. Evacuation warnings can be issued to save lives. Emergency disaster response teams can be positioned in advance. Property can be boarded up to prevent wind damage.
PastPaper.question 10 · Evaluative Essay
6 PastPaper.marks
‘Monitoring and prediction are far more effective than planning and protection in reducing the effects of earthquakes.’ To what extent do you agree with this statement? Use examples to support your answer.
PastPaper.showAnswers

PastPaper.workedSolution

An effective answer should evaluate the relative success of monitoring/prediction versus planning and protection (the three Ps) in reducing earthquake impacts, drawing on specific case study examples (such as Chile 2010, Nepal 2015, Christchurch 2011, or Tohoku 2011).

Arguments for Monitoring and Prediction: Earthquakes are extremely difficult to predict accurately. While seismometers can monitor foreshocks, tectonic activity, and radon gas releases, scientists can rarely give a specific date or time for an earthquake. Therefore, prediction alone cannot prevent damage or loss of life, limiting its effectiveness. Early warning systems can provide seconds of warning, allowing trains to stop and gas mains to shut off, but this relies on advanced technology and is only partially effective.

Arguments for Planning and Protection:
1. Protection: Constructing earthquake-resistant buildings (e.g., with shock absorbers, rolling weights, and reinforced foundations) and retrofitting older structures is highly effective. For example, in Chile (2010), strict building codes meant fewer deaths compared to Nepal (2015), where poorly built structures collapsed widely.
2. Planning: Community preparedness through regular drills (e.g., Japan’s Disaster Prevention Day on September 1st), evacuation routes, and stockpiling emergency supplies ensures people know how to react, which significantly lowers casualty rates.

Overall Evaluation: Most will argue that planning and protection are far more effective than monitoring and prediction, because earthquakes cannot currently be predicted with enough warning to evacuate cities, meaning resilient infrastructure (protection) and prepared citizens (planning) are the primary defenses against tectonic hazards.

PastPaper.markingScheme

This question assesses AO1 (knowledge), AO2 (application), and AO3 (evaluation/judgment).

Level 3 (5–6 marks): Demonstrates detailed, accurate geographical knowledge of management strategies (AO1). Applies knowledge effectively to specific examples of earthquakes (AO2). Provides a clear, balanced evaluation of the statement, comparing monitoring/prediction with planning/protection, and reaches a reasoned conclusion (AO3).

Level 2 (3–4 marks): Shows reasonable knowledge of earthquake management strategies (AO1). Applies this to examples, though details may be generalised (AO2). Attempts an evaluation but it may be unbalanced, focusing mostly on one side (e.g., protection) or lacking a clear conclusion (AO3).

Level 1 (1–2 marks): Shows basic, descriptive knowledge of what people do to prepare for earthquakes (AO1). Very limited or no application to specific examples (AO2). Little or no attempt to evaluate or make a judgment (AO3).

Indicative Content:
- Monitoring/Prediction: Seismometers, GPS, satellite data, animal behavior. Limited because earthquakes cannot be predicted precisely.
- Protection: Shock absorbers, cross-bracing, automatic window shutters, deep foundations, sea walls.
- Planning: Evacuation maps, emergency kits, earthquake drills, land-use zoning.
PastPaper.question 11 · Evaluative Essay
6 PastPaper.marks
‘The social impacts of tropical storms are always more significant than the economic impacts.’ To what extent do you agree with this statement? Refer to a named tropical storm you have studied.
PastPaper.showAnswers

PastPaper.workedSolution

Candidates should evaluate whether the social impacts (e.g., loss of life, displacement, disease) of a named tropical storm (such as Typhoon Haiyan in 2013 or Hurricane Katrina in 2005) are more significant than the economic impacts (e.g., cost of damage, loss of jobs, agricultural destruction).

Using Typhoon Haiyan (2013) as an Example:
- Social Impacts: Over 6,000 people died, 4 million were displaced, and Tacloban's hospital was destroyed. Outbreaks of disease occurred due to contaminated water, and there was widespread trauma. These impacts are arguably the most significant as they represent immediate loss of human life and long-term suffering.
- Economic Impacts: The total damage was estimated at around $5.8 billion. The agricultural sector was devastated, destroying 1.1 million tonnes of crops and wiping out the livelihoods of thousands of coconut farmers and fishermen. Tacloban airport was severely damaged, disrupting trade and aid.

Evaluation / To what extent do they agree:
Some might argue that social impacts are the most significant because human lives cannot be replaced, and the psychological trauma and displacement last for generations. Others may argue that economic impacts are more significant in the long run because the loss of livelihoods and cost of rebuilding lock a developing nation into poverty, making it harder to recover and prepare for future storms. Therefore, economic devastation directly drives long-term social suffering. A balanced conclusion should synthesise these points, acknowledging that social and economic impacts are deeply interconnected.

PastPaper.markingScheme

This question assesses AO1 (knowledge), AO2 (application), and AO3 (evaluation/judgment).

Level 3 (5–6 marks): Demonstrates thorough knowledge of both social and economic impacts of a named tropical storm (AO1). Applies this detailed knowledge effectively to build a coherent argument (AO2). Evaluates the relative significance of the impacts clearly, showing a well-developed judgment on 'to what extent' they agree with the statement (AO3).

Level 2 (3–4 marks): Shows reasonable knowledge of the impacts of a tropical storm, though details may be slightly generalised or unbalanced between social and economic impacts (AO1). Applies knowledge to the question, but the link between social and economic consequences may not be fully developed (AO2). Attempts to evaluate the statement but lacks depth or a fully supported conclusion (AO3).

Level 1 (1–2 marks): Simple description of general storm impacts (e.g., people died, houses were blown away) without clear categorisation into social/economic (AO1). Limited or no reference to a named tropical storm (AO2). No evaluation or very simple agreement/disagreement without justification (AO3).

Indicative Content:
- Social Impacts: Deaths, injuries, homelessness, disease, lack of clean water, disruption to education/health.
- Economic Impacts: Rebuilding costs, loss of business, crop destruction, infrastructure damage, loss of tourism.

Paper 1 Section B

Answer all questions. Choose either Hot Deserts or Cold Environments for the final essay.
9 PastPaper.question · 26 PastPaper.marks
PastPaper.question 1 · multiple-choice
1 PastPaper.marks
In a typical UK freshwater pond ecosystem, which organism acts as a primary consumer?
  1. A.Great diving beetle
  2. B.Pond snail
  3. C.Grey heron
  4. D.Filamentous algae
PastPaper.showAnswers

PastPaper.workedSolution

Pond snails are primary consumers (herbivores) because they feed directly on producers such as algae. Great diving beetles and grey herons are predators (secondary/tertiary consumers), while filamentous algae are producers.

PastPaper.markingScheme

Award 1 mark for the correct option (B). No marks for incorrect options.
PastPaper.question 2 · multiple-choice
1 PastPaper.marks
Which adaptation is specifically used by plants in the shrub layer of the tropical rainforest to maximize sunlight capture?
  1. A.Large, broad leaves to capture limited sunlight
  2. B.Thick waxy cuticles to shed heavy rainfall
  3. C.Deep taproots to reach deep groundwater reserves
  4. D.Broad buttress roots for structural stability
PastPaper.showAnswers

PastPaper.workedSolution

Plants in the shrub layer receive very little light. They adapt by growing large, broad leaves to maximise the surface area available to absorb the limited sunlight filtering through the canopy. Waxy cuticles and buttress roots serve other purposes (shedding water and stability), while deep taproots are not typical of rainforest plants due to shallow nutrients.

PastPaper.markingScheme

Award 1 mark for the correct option (A).
PastPaper.question 3 · multiple-choice
1 PastPaper.marks
Which of the following human activities is a major direct cause of desertification in semi-arid regions such as the Sahel?
  1. A.Overcultivation of crops, which depletes soil nutrients and leaves soil bare
  2. B.Drip irrigation, which manages water distribution to reduce evaporation
  3. C.Afforestation projects, which stabilise topsoil with tree root systems
  4. D.Terracing of hillsides, which prevents soil erosion from surface runoff
PastPaper.showAnswers

PastPaper.workedSolution

Overcultivation depletes the soil of essential nutrients and organic matter, making it dry, dusty, and highly vulnerable to wind and water erosion, which directly drives desertification. Drip irrigation, afforestation, and terracing are mitigation or conservation strategies.

PastPaper.markingScheme

Award 1 mark for identifying overcultivation as the direct cause of desertification (A).
PastPaper.question 4 · Outline
2 PastPaper.marks
Outline how a change in one component of an ecosystem, such as the loss of a primary consumer, can impact other parts of the ecosystem.
PastPaper.showAnswers

PastPaper.workedSolution

A change in one component can disrupt food chains. For example, if a primary consumer (like a rabbit) is removed, predators (like foxes) that rely on them for food may see a decline in numbers due to starvation or migration (1 mark). Additionally, the producers (like grass) that the consumer fed upon will grow unchecked, leading to overabundance or altering the vegetation structure (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a primary impact on another trophic level (e.g., predators having less food or producers growing more). Award 2 marks for a developed explanation of the knock-on effect (e.g., explaining how this causes a population decline in secondary consumers or a change in producer density).
PastPaper.question 5 · Explain
2 PastPaper.marks
Explain how vegetation in the shrub layer of a tropical rainforest has adapted to survive in low light levels.
PastPaper.showAnswers

PastPaper.workedSolution

The forest floor receives less than 2 percent of sunlight because of the dense canopy above. To adapt, shrubs have developed very wide, large leaves (1 mark) which maximises the surface area available to absorb the scarce sunlight for photosynthesis (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a valid adaptation (e.g., large/broad leaves, high chlorophyll content, rapid upward growth, or shade tolerance). Award a second mark for explaining how this adaptation helps the plant survive the low light conditions (e.g., maximises light absorption or photosynthesis).
PastPaper.question 6 · Outline
2 PastPaper.marks
Outline one adaptation of desert plants to reduce water loss in hot deserts.
PastPaper.showAnswers

PastPaper.workedSolution

Desert plants, like cacti, have evolved thin needles or spines instead of wide leaves (1 mark). This reduces the surface area from which water can transpire, helping the plant retain its stored water in high temperatures (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a relevant adaptation designed to limit water loss (e.g., waxy cuticles, needles/spines instead of leaves, stomata that close during the day). Award 2 marks for explaining how this adaptation reduces water loss/transpiration.
PastPaper.question 7 · Explain
2 PastPaper.marks
Explain how thin and nutrient-poor soils limit vegetation growth in cold environments.
PastPaper.showAnswers

PastPaper.workedSolution

Because temperatures are below freezing for much of the year, the rate of decomposition of organic material by bacteria is extremely slow (1 mark). This means very few nutrients are released back into the soil, leaving it infertile and preventing plants from growing tall or abundant (1 mark).

PastPaper.markingScheme

Award 1 mark for explaining why the soil is thin/nutrient-poor (e.g., slow decomposition due to cold temperatures, or waterlogging/permafrost restricting root depth). Award 2 marks for explaining the direct consequence on plant growth (e.g., lack of nutrients restricts plant height/biomass, or shallow soils prevent deep root anchoring).
PastPaper.question 8 · Extended Writing
6 PastPaper.marks
Using a case study of a tropical rainforest, assess the impacts of deforestation on both the local economy and the global environment.
PastPaper.showAnswers

PastPaper.workedSolution

Indicative content: Candidates should refer to a specific named case study, such as the Amazon Rainforest or the Malaysian Rainforest. Local/National Economic Impacts: Deforestation allows for activities like commercial cattle ranching, soy farming, logging, and mining. These industries generate significant export revenue, provide taxes for the national government, and create direct and indirect jobs, which helps fund infrastructure like roads and hospitals. However, there are economic downsides, such as the depletion of future resource stocks, loss of ecotourism potential, and the destruction of livelihoods for indigenous communities. Global Environmental Impacts: Burning and clearing vegetation releases stored carbon dioxide into the atmosphere, while the loss of canopy cover reduces global photosynthesis rates. This severely impacts the global carbon cycle, accelerating global warming. Deforestation also leads to a catastrophic loss of global biodiversity, risking the extinction of unique plant species that could contain elements for future medical breakthroughs. Evaluation: High-level answers will contrast the short-term, localized economic benefits with the long-term, irreversible global environmental consequences, demonstrating how local economic development can have severe global costs.

PastPaper.markingScheme

Level 3 (5-6 marks): Clear, purposeful, and detailed assessment. Demonstrates thorough geographical knowledge and understanding of both local economic and global environmental impacts. Uses specific, accurate case study facts, figures, or named examples. Explanatory points are well-developed and clearly linked. Level 2 (3-4 marks): Shows reasonable knowledge and understanding of deforestation impacts, but may focus heavily on one aspect (e.g., only environmental or only local economic) or lack specific case study detail. Explanations are clear but may not be fully developed. Level 1 (1-2 marks): Basic, generalized points with little or no development. May list generic impacts (e.g., 'cutting down trees makes money but harms animals') without linking to the scale (local vs global) or using a named case study. 0 marks: No response or no relevant geographical content.
PastPaper.question 9 · essay
9 PastPaper.marks
For a named cold environment you have studied, evaluate the extent to which the challenges of development have been successfully overcome.
PastPaper.showAnswers

PastPaper.workedSolution

In Svalbard, a Norwegian territory in the Arctic Ocean, the extreme cold climate, active permafrost layer, and severe inaccessibility present major challenges to development. These challenges have been overcome to a significant extent in key settlements like Longyearbyen, though at great financial and environmental cost. To combat the active permafrost layer, which thaws in summer causing ground instability, modern buildings are constructed on deep steel or wooden piles driven into the permanently frozen ground. This prevents the heat from buildings from melting the permafrost and causing structural collapse. Similarly, utility pipes for water and sewage cannot be buried underground; instead, they are housed in insulated, raised pipes called utilidors. In terms of inaccessibility, Svalbard has very few roads, meaning travel between settlements relies on snowmobiles in winter and boats in summer. While snowmobiles allow essential transport, they cause local air and noise pollution, showing that the challenge is only partially resolved in a sustainable way. The airport at Longyearbyen uses a specialized cooled sub-base to prevent the runway from melting the underlying permafrost, maintaining vital year-round international connections. Overall, while technological engineering has successfully allowed a permanent population of over 2,000 to live and work in Svalbard, these solutions are highly expensive to maintain, meaning development remains restricted to small, localized coastal hubs while the wider wilderness remains undeveloped and protected.

PastPaper.markingScheme

Level 3 (7-9 marks): Demonstrates detailed, accurate knowledge and clear understanding of the challenges of development in the chosen cold environment. Evaluates a range of challenges (e.g., permafrost, accessibility) and the effectiveness of solutions with specific case study detail (e.g., Svalbard, utilidors, piles). Provides a balanced, well-structured argument leading to a justified conclusion on the extent to which challenges are overcome. Level 2 (4-6 marks): Shows reasonable knowledge and understanding of development challenges and some solutions in a cold environment. Explains some methods used to overcome challenges, though the evaluation of their success may be limited or descriptive. Case study detail is present but may be general. Level 1 (1-3 marks): Shows basic or generalized knowledge of cold environments. May list challenges (e.g., cold weather) or opportunities without clear explanation of how they are overcome. Little or no evaluation or case study detail. To reach the top of Level 3, the answer must directly address the 'evaluate the extent' command with a clear concluding judgment.

Paper 1 Section C

Answer any two questions from Coasts, Rivers, or Glaciers.
6 PastPaper.question · 16 PastPaper.marks
PastPaper.question 1 · Multiple Choice
1 PastPaper.marks
Which of the following describes the correct sequence of processes leading to the formation of a coastal spit?
  1. A.Longshore drift transports sediment along the coast; where the coastline changes direction, sediment is deposited, building out into the sea; dominant winds can curve the end.
  2. B.Waves erode a wave-cut notch into a cliff; the overhanging cliff collapses under gravity, leaving a flat platform of rock.
  3. C.A sandbar joins an island to the mainland due to deposition in the low-energy zone behind the island.
  4. D.Constructive waves push large pebbles up the beach to form a ridge known as a berm.
PastPaper.showAnswers

PastPaper.workedSolution

A spit forms when longshore drift moves sediment along a coastline. When there is a sudden change in the direction of the coastline (such as at an estuary mouth), the sediment continues to be deposited in the same direction, extending out into the sea. Secondary wind and wave directions can then curve the end of the spit.

PastPaper.markingScheme

Award 1 mark for identifying the correct description of spit formation (A).
PastPaper.question 2 · Multiple Choice
1 PastPaper.marks
What process is primarily responsible for the formation of natural levées along a river?
  1. A.Vertical erosion of the river bed during times of low discharge.
  2. B.Repeated flooding of a river, where the coarsest sediment is deposited first on the river banks as the water loses energy.
  3. C.Chemical weathering dissolving limestone rocks along the river banks.
  4. D.The migration of a meander bend downstream through lateral erosion.
PastPaper.showAnswers

PastPaper.workedSolution

Natural levées are raised river banks formed when a river in its lower course floods. As the water overflows the banks, it rapidly loses velocity and energy, depositing its heaviest, coarsest load first right next to the channel. Over repeated floods, this builds up high ridges (levées).

PastPaper.markingScheme

Award 1 mark for identifying the correct explanation of levée formation (B).
PastPaper.question 3 · Describe
2 PastPaper.marks
Figure 1 is an OS map extract of a coastal area. The map shows a spit in grid square 6723 with yellow speckled shading, a curved end pointing north-west, and salt marsh/mudflats to the east. Using Figure 1, describe two characteristics of the spit in grid square 6723.
PastPaper.showAnswers

PastPaper.workedSolution

From the description of Figure 1: One characteristic is its shape: it has a curved or hooked end pointing north-west. Another characteristic is its composition: it is made of sand/beaches (shown by the yellow speckled shading).

PastPaper.markingScheme

Award 1 mark for each valid characteristic described, up to a maximum of 2 marks. Suitable answers include: - It has a curved/hooked end / bends to the north-west (1 mark); - It is composed of sand / has a sandy beach / sand dunes (indicated by yellow speckled shading) (1 mark); - There is salt marsh/mudflats on its sheltered landward side to the east (1 mark); - It is long and narrow (1 mark). Do not accept human features or general definitions of a spit that cannot be identified from the description.
PastPaper.question 4 · Describe
2 PastPaper.marks
Figure 2 is an OS map extract showing a river valley. In grid square 4112, the river is represented by a looping blue line. Close contour lines (labelled 250m and 300m) lie on either side of the river. Using Figure 2, describe two physical features of the river and its valley in grid square 4112.
PastPaper.showAnswers

PastPaper.workedSolution

From the description of Figure 2: The river itself is looping, which indicates meanders or a winding course. The valley sides are steep because the contour lines (labelled 250m and 300m) are close together.

PastPaper.markingScheme

Award 1 mark for each valid physical feature described, up to a maximum of 2 marks. Suitable answers include: - The river is winding / meandering / has loops (1 mark); - The valley has steep sides (indicated by closely spaced contours) (1 mark); - The valley is high up / has high relief (over 250m/300m) (1 mark); - The river channel is narrow (represented by a single line) (1 mark). Do not accept descriptions of human features unless linked to the physical landscape.
PastPaper.question 5 · Structured Process Explain
4 PastPaper.marks
Explain how longshore drift leads to the formation of a spit.
PastPaper.showAnswers

PastPaper.workedSolution

To achieve full marks, your answer must clearly link the transport process (longshore drift) to the deposition of sediment where the coastline changes shape. 1. Longshore drift: The prevailing wind drives waves to approach the beach at an angle. The swash moves sediment up the beach at an angle, while the backwash pulls it straight down the beach due to gravity, creating a zigzag movement along the coast. 2. Change in coastline: Where the coastline changes direction (for example, at a river estuary or bay), sediment is no longer moved along a continuous shoreline but continues to be transported in the same direction out into the open water. 3. Deposition: The waves lose energy in the sheltered and deeper waters, leading to the deposition of sand and shingle. 4. Feature growth: This deposited material accumulates and builds up above sea level over time, extending out across the estuary to form a spit. Secondary wind directions can curve the end of the spit into a hook, and a salt marsh may form behind it in the low-energy environment.

PastPaper.markingScheme

Level 2 (3-4 marks): Clear, sequential explanation of the process showing how longshore drift and deposition combine to form a spit. Explanations are logically linked and use accurate geographical terminology (such as prevailing wind, swash, backwash, deposition, estuary, hook). Level 1 (1-2 marks): Simple, isolated statements showing some understanding of sediment transport or spit formation. The sequence may be incomplete or lack clear linkages. Indicative Content: - Prevailing winds drive waves to the shore at an angle. - Swash carries sediment up the beach at an angle; backwash carries it straight down due to gravity. - This zigzag movement is known as longshore drift. - Where the coastline changes direction, sediment transport continues in the original direction out into the sea. - Deposition occurs in the calmer, deeper water of the estuary/bay. - The spit grows outwards over time. - A change in wind direction can cause a recurved hook to form at the end of the spit.
PastPaper.question 6 · essay
6 PastPaper.marks
For a named UK coastline you have studied, assess the extent to which managed retreat (managed realignment) is a more sustainable long-term option than hard engineering strategies.
PastPaper.showAnswers

PastPaper.workedSolution

Indicative Content: Candidates should refer to a specific UK case study (e.g., the Medmerry scheme in West Sussex, or Essex estuaries) where managed retreat has been implemented, and compare its long-term viability to hard engineering alternatives (e.g., sea walls, rock armour, groynes used on the Holderness Coast or elsewhere). Managed retreat involves deliberate flooding of low-value land to create natural saltmarshes. Benefits include lower long-term maintenance costs, creation of valuable intertidal habitats, and natural wave energy dissipation. However, it requires sacrificing land, which can cause local conflict and require financial compensation. Hard engineering is effective at protecting high-value assets in the short to medium term but disrupts natural sediment transport (causing down-drift erosion), requires constant, expensive maintenance, and does not adapt well to rising sea levels. Overall, managed retreat is highly sustainable for low-lying, low-value agricultural land, but hard engineering remains necessary for major settlements and infrastructure.

PastPaper.markingScheme

Level 3 (5-6 marks): Detailed, balanced assessment showing a clear understanding of sustainability (economic, environmental, social). Clear comparison between managed retreat and hard engineering. Named UK case study used effectively with specific details (e.g., costs, habitat creation area, specific locations protected or sacrificed). Level 2 (3-4 marks): Explains the differences between managed retreat and hard engineering. Some evaluation of sustainability is present, though it may be unbalanced. Some case study detail or specific geographic context is provided. Level 1 (1-2 marks): Basic statements showing limited knowledge of managed retreat or hard engineering. Lacks specific case study detail or clear evaluation. Max 2 marks if no named UK location is used.

Paper 2 Section A

Answer all questions in this section.
11 PastPaper.question · 30 PastPaper.marks
PastPaper.question 1 · short_answer
1 PastPaper.marks
According to Figure 1, which continent is projected to have the highest percentage of its population living in urban areas by 2050?

Figure 1: Projected Urban Population (%) by Continent in 2050:
- Africa: 59%
- Asia: 66%
- Europe: 82%
- Latin America and the Caribbean: 89%
- North America: 90%
PastPaper.showAnswers

PastPaper.workedSolution

By reading the percentages directly from Figure 1, North America is projected to have the highest percentage of urban population by 2050, at 90%.

PastPaper.markingScheme

1 mark for identifying 'North America'. Reject any other continent.
PastPaper.question 2 · short_answer
1 PastPaper.marks
Based on the following data, calculate the increase in the population of Lagos, Nigeria, between 1970 and 2020:
- Population in 1970: 1.4 million
- Population in 2020: 14.3 million
Give your answer in millions to one decimal place.
PastPaper.showAnswers

PastPaper.workedSolution

Subtract the population in 1970 from the population in 2020: \(14.3 \text{ million} - 1.4 \text{ million} = 12.9 \text{ million}\).

PastPaper.markingScheme

1 mark for the correct value: 12.9 million (or 12.9). Do not accept any other values.
PastPaper.question 3 · short_answer
1 PastPaper.marks
Define the term 'urban sprawl'.
PastPaper.showAnswers

PastPaper.workedSolution

Urban sprawl refers to the outward spread or expansion of a city's built-up area into the surrounding countryside or rural-urban fringe.

PastPaper.markingScheme

1 mark for a definition that clearly describes the physical expansion/spread of urban areas into rural areas or the surrounding countryside.
PastPaper.question 4 · short_answer
1 PastPaper.marks
An investigator is plotting a bar chart to show the waste recycling rates in four UK cities:
- Bristol: 47%
- London: 34%
- Manchester: 40%
- Birmingham: 30%

Identify the city with the lowest recycling rate that would have the shortest bar on the graph.
PastPaper.showAnswers

PastPaper.workedSolution

Comparing the recycling rates shows that Birmingham has the lowest rate at 30%, which would correspond to the shortest bar on the graph.

PastPaper.markingScheme

1 mark for identifying 'Birmingham'. Reject all other cities.
PastPaper.question 5 · short_answer
1 PastPaper.marks
In a geographic survey of urban green spaces, a student recorded the following areas of four parks in hectares:
- Oak Park: 4.2 hectares
- Meadow Park: 1.8 hectares
- Riverview Park: 5.5 hectares
- Grange Park: 3.1 hectares

Calculate the range of the park areas in hectares.
PastPaper.showAnswers

PastPaper.workedSolution

To find the range, subtract the minimum park area from the maximum park area: \(5.5 \text{ (Riverview Park)} - 1.8 \text{ (Meadow Park)} = 3.7 \text{ hectares}\).

PastPaper.markingScheme

1 mark for the correct range: 3.7 (accept 3.7 hectares). Do not accept any other number.
PastPaper.question 6 · Calculate
2 PastPaper.marks
Table 1 shows the actual and projected population of a major city in a newly emerging economy (NEE) between 2015 and 2025. In 2015, the population was 8.0 million. In 2025, the projected population is 10.2 million. Calculate the projected percentage increase in the city's population between 2015 and 2025. Show your working.
PastPaper.showAnswers

PastPaper.workedSolution

First, find the increase in population: \(10.2 - 8.0 = 2.2\) million. Next, divide the increase by the original population and multiply by 100: \( \frac{2.2}{8.0} \times 100 = 27.5\% \).

PastPaper.markingScheme

Award 1 mark for showing correct working, e.g. \( \frac{2.2}{8.0} \times 100 \), or identifying the increase of 2.2 million. Award 1 mark for the correct answer of 27.5%. Accept 27.5 (without the percentage symbol).
PastPaper.question 7 · Outline
2 PastPaper.marks
Outline one reason why major cities in LICs or NEEs have experienced a rapid growth of squatter settlements.
PastPaper.showAnswers

PastPaper.workedSolution

To gain full marks, you must identify a reason and then develop it. For example, high rates of rural-to-urban migration (1 mark) mean the housing supply cannot keep up with demand, forcing migrants to build temporary shelters on unoccupied land (1 mark).

PastPaper.markingScheme

Award 1 mark for a basic point/reason, and a second mark for development/explanation. Suitable reasons include: rapid rural-to-urban migration (1) meaning the local government cannot build formal homes fast enough (1); high poverty and unemployment (1) meaning new residents cannot afford to rent or buy formal housing (1); rapid natural increase within the city (1) which adds pressure on existing low-income housing stock (1).
PastPaper.question 8 · Outline
2 PastPaper.marks
Outline one strategy used to reduce traffic congestion in urban areas of the UK.
PastPaper.showAnswers

PastPaper.workedSolution

A complete answer must name a strategy and explain how it reduces congestion. For instance, park-and-ride schemes allow drivers to park on the edge of the city and ride a bus to the centre (1 mark). This reduces the total number of private cars entering the congested city streets (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a valid strategy to reduce traffic congestion and a second mark for explaining how it functions to reduce congestion. Suitable strategies include: congestion charging (1) which deters car use by charging fees to enter busy zones (1); park-and-ride schemes (1) which intercept cars at outer fringes and transfer drivers to buses (1); improved public transport infrastructure, such as dedicated bus and cycle lanes (1), making alternative transit options more appealing and efficient (1).
PastPaper.question 9 · Explain
4 PastPaper.marks
Explain how urban planning schemes in LICs or NEEs can improve the quality of life for people living in squatter settlements.
PastPaper.showAnswers

PastPaper.workedSolution

Urban planning schemes, such as the Favela-Bairro Project in Rio de Janeiro, improve quality of life in several ways:

1. **Provision of Infrastructure:** Installing piped water and sanitation systems prevents sewage from running in the streets. This significantly reduces the incidence of water-borne illnesses like cholera, improving overall physical health and life expectancy.

2. **Self-Help and Upgrading Schemes:** Providing low-interest loans or building materials (such as bricks and cement) allows residents to upgrade their homes from temporary structures to safer, more durable dwellings. This reduces the risk of collapse during landslides or heavy storms.

3. **Social and Economic Improvements:** Building schools, clinics, and better transport links (like cable cars or bus rapid transit) connects isolated settlements to the wider city. This allows residents better access to education, healthcare, and formal employment opportunities, helping to break the cycle of poverty.

PastPaper.markingScheme

Award up to 4 marks. Point marking is applied as 2 x 2 marks (two developed points).

- **1 mark** for identifying a valid planning method/scheme.
- **1 mark** for explaining how this method improves the quality of life for the residents (e.g., links to health, safety, or income).

**Example responses:**
- Installing clean water standpipes and sewage systems (1 mark) means fewer water-borne diseases, which improves physical health and child survival rates (1 mark).
- Providing residents with formal legal ownership/tenure of their land (1 mark) gives them the security to invest money into improving their homes without fear of eviction (1 mark).
- Building new transit systems, such as cable cars (1 mark), improves access to jobs in the main city centre, helping residents earn a more reliable income (1 mark).
PastPaper.question 10 · extended_evaluation
6 PastPaper.marks
To what extent has urban growth created social opportunities in a named LIC or NEE city you have studied? [6 marks]
PastPaper.showAnswers

PastPaper.workedSolution

For Rio de Janeiro (NEE city): Urban growth has attracted significant investment, creating social opportunities that exceed those in rural Brazil. Healthcare has improved through mobile health clinics in favelas like Santa Marta, which successfully diagnosed and treated diseases, leading to a drop in infant mortality. Educational opportunities have expanded with the opening of schools and a private university in the Rocinha favela, alongside grants for poorer students. Infrastructure improvements include the construction of the Simplício hydroelectric complex, increasing electricity supply by 30%, and laying over 300km of new water pipes. However, to a large extent, these opportunities remain highly unequal. Favelas on the steep hillsides of the North Zone still suffer from frequent blackouts and limited clean water compared to wealthier South Zone districts like Copacabana, showing that while growth creates opportunities, accessibility is heavily restricted by socio-economic inequality.

PastPaper.markingScheme

Level 3 (5-6 marks): Demonstrates detailed and accurate geographical knowledge of a specific LIC/NEE city. Offers a coherent evaluation of 'to what extent' social opportunities have been created, recognizing successes alongside limitations or inequalities. Well-structured with appropriate geographical terminology. Level 2 (3-4 marks): Explains social opportunities (e.g., healthcare, education, or utilities) with some case study detail, but the evaluation of 'to what extent' is unbalanced or superficial. Level 1 (1-2 marks): Simple, generic statements about city life (e.g., 'there are more schools and clinics'). Lacks specific case study detail and contains no evaluation.
PastPaper.question 11 · essay
9 PastPaper.marks
For a UK city you have studied, evaluate how successful a regeneration project has been in overcoming social and economic challenges.
PastPaper.showAnswers

PastPaper.workedSolution

Using the Bristol Temple Quarter regeneration as a case study: The project has been highly successful economically but has had more mixed success socially. Economically, the area was designated an Enterprise Zone, which successfully attracted high-tech, creative, and digital companies. The 'Engine Shed' innovation hub houses over 100 businesses, contributing to the target of creating 17,000 new jobs by 2037. The planned University of Bristol Enterprise Campus will further boost the local economy and research sector. Socially, the project has improved accessibility through major redevelopments at Temple Meads railway station and the installation of a new pedestrian and cycle bridge over the River Avon, connecting the area to the rest of the city. However, social challenges remain. The nearby ward of Lawrence Hill remains one of the most deprived areas in Bristol, and many of the new high-tech jobs are inaccessible to its lower-skilled residents. Furthermore, gentrification has caused a rise in local house prices, making affordable housing a persistent issue for local people. In conclusion, while the economic transformation of this former industrial brownfield site has been exceptionally successful, its social success is more limited as it has not fully resolved local inequalities.

PastPaper.markingScheme

Level 3 (7-9 marks): Demonstrates detailed and specific knowledge of a named UK city regeneration project. Offers a balanced evaluation of both social and economic aspects, using precise facts and figures. Reaches a clear, reasoned conclusion on 'how successful' the project has been. Level 2 (4-6 marks): Describes social and economic impacts of a regeneration project. There is some attempt to evaluate success, but the argument may be unbalanced or lack specific details/figures. Level 1 (1-3 marks): Outlines basic, generic points about urban regeneration with little or no reference to a specific case study. Lacks evaluation. Assessment of Spelling, Punctuation, and Grammar (SPaG): High performance (3 marks): Learners spell and punctuate with consistent accuracy, using a wide range of specialist terms. Intermediate performance (2 marks): Learners spell and punctuate with considerable accuracy, using some specialist terms. Threshold performance (1 mark): Learners spell and punctuate with reasonable accuracy, meaning is clear overall.

Paper 2 Section B

Answer all questions in this section.
10 PastPaper.question · 37 PastPaper.marks
PastPaper.question 1 · short_answer
1 PastPaper.marks
Table 1 shows the Gross National Income (GNI) per capita (US$) for four different countries in 2022.

| Country | GNI per capita (US$) |
|---|---|
| Country A | 1,045 |
| Country B | 4,250 |
| Country C | 12,630 |
| Country D | 45,600 |

Using Table 1, identify which country represents a Low Income Country (LIC), which is defined by the World Bank as having a GNI per capita of $1,085 or less.
PastPaper.showAnswers

PastPaper.workedSolution

According to the World Bank classification threshold provided, a Low Income Country (LIC) has a GNI per capita of $1,085 or less. Looking at Table 1, Country A's GNI per capita is $1,045, which is below this threshold, making it the correct answer.

PastPaper.markingScheme

Award 1 mark for identifying 'Country A'.

Accept: 'A' or 'Country A'.
Do not accept: Country B, Country C, or Country D.
PastPaper.question 2 · short_answer
1 PastPaper.marks
A student is creating a choropleth map to show the percentage of the workforce employed in the primary sector across different regions.

The key for the map is as follows:
- Category 1: 0% to 9% (Light Grey)
- Category 2: 10% to 19% (Mid Grey)
- Category 3: 20% or more (Dark Grey)

Region Y has 14% of its workforce employed in agriculture (primary sector). State which shade Region Y should be coloured on the map.
PastPaper.showAnswers

PastPaper.workedSolution

Region Y has 14% of its workforce in the primary sector. According to the map key, the range 10% to 19% corresponds to Category 2, which is shaded 'Mid Grey'.

PastPaper.markingScheme

Award 1 mark for identifying 'Mid Grey'.

Accept: 'mid grey', 'Mid-grey', or 'Category 2'.
Do not accept: 'Light Grey' or 'Dark Grey'.
PastPaper.question 3 · short_answer
1 PastPaper.marks
Figure 1 shows the percentage of GDP contributed by different economic sectors in a newly industrialising country (NIC) over a 30-year period.

- Agriculture (Primary sector): Decreased from 35% to 10%
- Manufacturing (Secondary sector): Increased from 20% to 45%
- Services (Tertiary sector): Remained stable at 45%

Calculate the total percentage decrease in the contribution of the primary sector to GDP over this period.
PastPaper.showAnswers

PastPaper.workedSolution

To find the decrease, subtract the final percentage from the initial percentage: \(35\% - 10\% = 25\%\).

PastPaper.markingScheme

Award 1 mark for the correct value: 25%.

Accept: '25' or '25%'.
Do not accept: '-25%' (unless indicating a decrease of 25) or '35%'.
PastPaper.question 4 · Calculate
2 PastPaper.marks
Calculate the percentage decrease in secondary sector employment of Country Y between 2010 and 2020. In 2010, the secondary sector employed 25% of the workforce. By 2020, this had fallen to 18%. Show your working.
PastPaper.showAnswers

PastPaper.workedSolution

To calculate the percentage decrease: 1. Find the difference: \(25 - 18 = 7\). 2. Divide the difference by the original value: \(\frac{7}{25} = 0.28\). 3. Multiply by 100 to get the percentage: \(0.28 \times 100 = 28\%\).

PastPaper.markingScheme

Award 1 mark for correct working: \(\frac{7}{25} \times 100\) (or equivalent). Award 1 mark for the correct final answer of 28% (accept 28).
PastPaper.question 5 · Outline
2 PastPaper.marks
Outline one reason why the tertiary sector has grown in the UK's post-industrial economy.
PastPaper.showAnswers

PastPaper.workedSolution

One key reason is the rise in disposable income. As people in the UK have become wealthier over time, they spend a larger proportion of their income on services such as entertainment, restaurants, and tourism, which drives employment growth in these service industries.

PastPaper.markingScheme

1 mark for identifying a valid reason (e.g., rise in disposable income, deindustrialisation / cheaper manufacturing abroad, technological advancements). 2nd mark for developing or explaining how this leads to growth in the tertiary sector (e.g., meaning people spend more on leisure and recreation, creating service jobs; or computer-based jobs have replaced factory work).
PastPaper.question 6 · Outline
2 PastPaper.marks
Outline one way that international aid can help to reduce the development gap.
PastPaper.showAnswers

PastPaper.workedSolution

Aid, such as developmental loans or grants, can be spent on critical infrastructure projects like clean water systems or roads. This improves local health and connectivity, enabling communities to engage in trade and industry, which boosts economic development and narrows the gap.

PastPaper.markingScheme

1 mark for identifying a valid way that aid is used (e.g., investing in infrastructure, improving healthcare/education, microfinance loans). 2nd mark for explaining how this leads to a reduction in the development gap (e.g., which improves health and literacy so the workforce is more productive; or which allows local people to start businesses and generate an income).
PastPaper.question 7 · Structured Explain
4 PastPaper.marks
Explain how debt relief can help to reduce the development gap.
PastPaper.showAnswers

PastPaper.workedSolution

Debt relief involves the partial or total cancellation of debt owed by developing countries to international lenders or wealthier nations.

Firstly, when a country's debt is cancelled, it no longer has to make expensive debt service payments. This immediately frees up valuable national revenue. For example, under the Highly Indebted Poor Countries (HIPC) initiative, countries like Uganda redirected saved funds directly into primary education and free healthcare.

Secondly, investing these funds into public services has a multiplier effect: a healthier and more educated population increases labor productivity, while improved infrastructure (like roads and electricity) makes the country more attractive to foreign direct investment (FDI). Over time, this stimulates economic growth, raises the Gross National Income (GNI) per capita, and helps narrow the development gap between poorer and richer nations.

PastPaper.markingScheme

Level 2 (3-4 marks):
Offers a clear, developed explanation of the process. Shows a sequential link between the cancellation of debt, the redirection of government funds, and how this directly leads to reduced development disparity (e.g., through improvements in HDI indicators like education, healthcare, or economic growth).

Level 1 (1-2 marks):
Offers a basic or simple explanation. Identifies that debt relief means a country has more money or does not have to pay back loans, but the link to reducing the development gap is weak or undeveloped.

Example points for development:
- Debt relief frees up government funds (1) which can be reinvested into primary healthcare to increase life expectancy (1).
- Less money spent on interest payments (1) means more budget can be allocated to infrastructure projects like transport networks, attracting FDI and boosting the economy (1).
PastPaper.question 8 · Extended Evaluation
6 PastPaper.marks
Using an example of a modern industrial development in the UK, evaluate how it has successfully reduced its environmental impact.
PastPaper.showAnswers

PastPaper.workedSolution

One excellent example of a modern, environmentally sustainable industrial development in the UK is the Jaguar Land Rover (JLR) Engine Manufacturing Centre in Wolverhampton.

Key strategies implemented to reduce its environmental impact include:
- **Renewable Energy Generation:** The factory features one of the UK's largest rooftop solar array installations, with over 21,000 photovoltaic panels. This generates around 30% of the plant's electricity requirements, significantly reducing carbon emissions and reliance on fossil fuels.
- **Energy Conservation:** The building was designed to maximize natural daylight through extensive glazing and uses highly efficient LED lighting controlled by smart sensors, minimising energy waste.
- **Water Management:** A sophisticated rainwater harvesting system is used to flush toilets and support industrial processes, drastically lowering the demand on the local mains water supply.
- **Biodiversity Preservation:** During construction, JLR created ecological corridors, planted native trees, and established wildlife habitats (including boxes for bats and birds) around the facility to offset the loss of greenfield space and promote local biodiversity.
- **Waste Reduction:** The plant operates a strict zero-waste-to-landfill policy, with almost 100% of manufacturing waste being recycled or recovered as energy.

Evaluation of success: The site successfully achieved the BREEAM 'Excellent' rating, representing best practice in sustainable building design. By integrating green energy, water conservation, and biodiversity plans, the development proves that large-scale heavy manufacturing can significantly decouple industrial growth from severe environmental degradation.

PastPaper.markingScheme

**Level 3 (5-6 marks):**
- Clear, detailed evaluation of environmental sustainability strategies used in a named modern industrial development.
- Specific, accurate details/facts about the chosen UK example (e.g., JLR Wolverhampton, Torry Research Station, or similar).
- Well-developed explanations of how these strategies reduce environmental impact (e.g., reducing carbon footprints, conserving resource use, promoting biodiversity).
- Offers a balanced conclusion or evaluation of how successful these measures are.

**Level 2 (3-4 marks):**
- Explains strategies used to make modern industrial developments more sustainable.
- May refer to a specific UK development but lacks precise details, or describes a range of generic strategies without linking them effectively to a real-world case study.
- Shows some understanding of how these strategies reduce environmental impacts.

**Level 1 (1-2 marks):**
- Basic, fragmented points about how factories can be 'green' (e.g., 'they use solar panels' or 'they recycle').
- No specific UK example is named, or the example is named but not integrated into the answer.
- Lacks geographical detail or evaluation.
PastPaper.question 9 · essay
9 PastPaper.marks
Using a case study of a LIC or NEE, evaluate the extent to which industrial development has improved quality of life but led to environmental damage.
PastPaper.showAnswers

PastPaper.workedSolution

Case Study: Nigeria. Introduction: Nigeria is a Newly-Industrialising Country (NEE) in West Africa experiencing rapid industrial growth, shifting from an agricultural economy to one based on manufacturing and oil extraction. This transition has dramatically changed both the human and physical landscapes. Quality of Life Improvements: Industrial growth has created thousands of stable, higher-paying jobs in urban areas like Lagos, lifting families out of poverty. Increased tax revenues have enabled the government to invest more in infrastructure, healthcare, and education. For example, Nigeria's HDI has risen steadily from 0.46 in 2005 to 0.539 in 2019. Environmental Damage: However, this industrialisation has come at a massive environmental cost. In the Niger Delta, frequent oil spills from companies like Shell have poisoned drinking water, destroyed farmland, and decimated local fish stocks. In cities, unregulated manufacturing has led to severe air pollution and toxic waste dumping in bodies of water like the Lagos Lagoon. Conclusion: Ultimately, while industrial development has significantly improved the quality of life for millions by providing employment and public services, it has simultaneously degraded the natural environment. This degradation has disproportionately harmed the health and livelihoods of poorer communities who rely directly on the land and water, showing that economic progress has not been fully sustainable.

PastPaper.markingScheme

Level 3 (7-9 marks): Demonstrates detailed and accurate geographical knowledge of the impacts of industrial development in a named LIC or NEE. Thoroughly explains both positive impacts on quality of life and negative impacts on the environment with specific case study detail. Offers a clear, balanced evaluation of the 'extent' to which this has occurred. Level 2 (4-6 marks): Shows clear geographical knowledge of industrial development. Explains either quality of life or environmental impacts well, or both superficially. Contains some specific case study details but may be unbalanced. Evaluation is present but weak. Level 1 (1-3 marks): Basic or generic knowledge of industrial growth. Simple descriptions of pollution or jobs without specific case study context. Lacks evaluation.
PastPaper.question 10 · essay
9 PastPaper.marks
Using a case study of a LIC or NEE, evaluate the extent to which industrial development has improved quality of life but led to environmental damage.
PastPaper.showAnswers

PastPaper.workedSolution

Case Study: Nigeria. Introduction: Nigeria is a Newly-Industrialising Country (NEE) in West Africa experiencing rapid industrial growth, shifting from an agricultural economy to one based on manufacturing and oil extraction. This transition has dramatically changed both the human and physical landscapes. Quality of Life Improvements: Industrial growth has created thousands of stable, higher-paying jobs in urban areas like Lagos, lifting families out of poverty. Increased tax revenues have enabled the government to invest more in infrastructure, healthcare, and education. For example, Nigeria's HDI has risen steadily from 0.46 in 2005 to 0.539 in 2019. Environmental Damage: However, this industrialisation has come at a massive environmental cost. In the Niger Delta, frequent oil spills from companies like Shell have poisoned drinking water, destroyed farmland, and decimated local fish stocks. In cities, unregulated manufacturing has led to severe air pollution and toxic waste dumping in bodies of water like the Lagos Lagoon. Conclusion: Ultimately, while industrial development has significantly improved the quality of life for millions by providing employment and public services, it has simultaneously degraded the natural environment. This degradation has disproportionately harmed the health and livelihoods of poorer communities who rely directly on the land and water, showing that economic progress has not been fully sustainable.

PastPaper.markingScheme

Level 3 (7-9 marks): Demonstrates detailed and accurate geographical knowledge of the impacts of industrial development in a named LIC or NEE. Thoroughly explains both positive impacts on quality of life and negative impacts on the environment with specific case study detail. Offers a clear, balanced evaluation of the 'extent' to which this has occurred. Level 2 (4-6 marks): Shows clear geographical knowledge of industrial development. Explains either quality of life or environmental impacts well, or both superficially. Contains some specific case study details but may be unbalanced. Evaluation is present but weak. Level 1 (1-3 marks): Basic or generic knowledge of industrial growth. Simple descriptions of pollution or jobs without specific case study context. Lacks evaluation.

Paper 2 Section C

Answer Question 3, and one other question from Food, Water, or Energy.
8 PastPaper.question · 23 PastPaper.marks
PastPaper.question 1 · multiple-choice
1 PastPaper.marks
Which of the following is a key reason why the UK's water demand has increased over the last few decades?
  1. A.A reduction in the number of households nationwide.
  2. B.The decline of water-intensive leisure facilities like golf courses.
  3. C.Population growth and the widespread use of domestic appliances like washing machines.
  4. D.A shift towards heavy industrial manufacturing across the country.
PastPaper.showAnswers

PastPaper.workedSolution

The correct answer is C. The UK's water demand has risen significantly due to population growth (more people consuming water) and changing lifestyles, which include the widespread use of water-intensive domestic appliances like dishwashers and washing machines. Option A is incorrect because the number of households has actually increased. Options B and D are incorrect because they describe trends that would reduce water demand or are factually incorrect regarding the UK's economic shifts.

PastPaper.markingScheme

Award 1 mark for the correct answer (C). No marks for incorrect answers.
PastPaper.question 2 · multiple-choice
1 PastPaper.marks
Which of the following describes an environmental issue directly associated with the extraction of shale gas via fracking (hydraulic fracturing) in the UK?
  1. A.It causes massive visual pollution from towering cooling chimneys.
  2. B.It risks contaminating groundwater sources with chemical-laden fracking fluids.
  3. C.It requires the complete flooding of large valleys to build reservoirs.
  4. D.It results in high radioactive waste disposal issues similar to nuclear power.
PastPaper.showAnswers

PastPaper.workedSolution

The correct answer is B. Hydraulic fracturing (fracking) involves pumping water, sand, and chemicals under high pressure into shale rocks. A major environmental concern is the potential contamination of local groundwater and aquifers with these fracking chemicals or escaped methane gas. Option A is incorrect as fracking sites have a relatively small surface footprint compared to cooling towers. Option C describes issues associated with reservoir creation (hydroelectric power). Option D describes nuclear power.

PastPaper.markingScheme

Award 1 mark for the correct answer (B). No marks for incorrect answers.
PastPaper.question 3 · Explain
2 PastPaper.marks
Outline one reason why the demand for water in the UK is increasing.
PastPaper.showAnswers

PastPaper.workedSolution

One reason is the growing population of the UK (1 mark). As the population increases, there is a greater overall consumption of water for domestic purposes such as washing, drinking, and cooking (1 mark). Alternative reasons: 1) Increase in personal wealth and changing lifestyles (1 mark) leading to higher ownership of water-intensive appliances like dishwashers and washing machines (1 mark). 2) Increase in industrial or agricultural demand (1 mark) as the economy grows or demands more domestic food production (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a valid reason for increasing water demand, and a further 1 mark for a developed explanation of how this increases demand. Valid reasons include: population growth, rising living standards / wealth, changes in lifestyles (e.g., more frequent showering, watering gardens), increase in water-intensive domestic appliances. Reject climate change unless explicitly linked to an increase in domestic or agricultural usage.
PastPaper.question 4 · Explain
2 PastPaper.marks
Explain how food insecurity can limit the economic development of a country.
PastPaper.showAnswers

PastPaper.workedSolution

Food insecurity can lead to undernutrition, which causes poor health and physical weakness among the workforce (1 mark). This reduces overall labor productivity, which slows down industrial output and economic growth (1 mark). Alternative solution: High levels of food insecurity mean a country has to spend its limited foreign currency importing food (1 mark), which leaves less money available to invest in infrastructure, healthcare, or education to develop the economy (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a consequence of food insecurity (e.g. malnutrition, illness, food imports) and a further 1 mark for explaining how this directly impacts economic development (e.g. lower productivity, less money for infrastructure investment, reduced education outcomes). Maximum of 1 mark for a simple list of effects without explanation of the economic link.
PastPaper.question 5 · Explain
2 PastPaper.marks
Outline one way that international agreements can help to manage energy resources sustainably.
PastPaper.showAnswers

PastPaper.workedSolution

International agreements can set binding targets for countries to reduce their carbon emissions (1 mark). This encourages governments to transition away from fossil fuels and invest in sustainable, renewable energy sources like wind or solar power (1 mark). Alternative solution: Agreements can facilitate the transfer of green technology and funding from wealthier nations to LICs (1 mark), enabling these developing nations to bypass fossil-fuel-reliant development and build sustainable energy grids (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a feature of international agreements (e.g., setting carbon emission targets, technology transfer, financial aid for renewables) and award a further 1 mark for explaining how this leads to sustainable energy management (e.g., transition to solar/wind, bypassing fossil fuels in LICs, reducing overall global consumption). Reject answers that focus only on local recycling or individual action unless clearly linked to national policies driven by international agreements.
PastPaper.question 6 · Explain
3 PastPaper.marks
Explain how water transfer schemes can help to resolve regional water inequalities in the UK.
PastPaper.showAnswers

PastPaper.workedSolution

Water transfer schemes physically move water over long distances to address geographical imbalances. In the UK, the North and West experience high annual rainfall (surplus) but have lower population densities. Conversely, the South East has a high population density and lower average rainfall (deficit). By using a system of pipes, reservoirs, and natural river channels, water can be transferred from surplus areas to deficit areas, ensuring that households and businesses in high-demand regions have access to a reliable water supply and reducing the risk of water stress.

PastPaper.markingScheme

Apply a 1-3 mark scale based on the depth and development of the explanation:

- **1 mark**: Identifies a basic point about moving water from where it is wet to where it is dry, or identifies areas of surplus and deficit.
- **2 marks**: Outlines a simple chain of explanation, linking the geographical distribution of rainfall/population (e.g., North/West surplus to South/East deficit) to the movement of water.
- **3 marks**: Provides a fully developed explanation showing a clear understanding of water transfer (e.g., explaining how transport from areas of high rainfall/low population density to areas of low rainfall/high population density balances supply and demand to resolve shortages).
PastPaper.question 7 · Extended Writing
6 PastPaper.marks
Assess the effectiveness of using desalination to increase water supply in water-stressed countries.
PastPaper.showAnswers

PastPaper.workedSolution

Desalination involves removing salt from seawater to produce fresh, drinkable water. It is increasingly used in water-stressed regions, but its effectiveness varies depending on a country's wealth and resources.

Arguments for effectiveness (advantages):

  • Reliability: It is not dependent on weather or climate, making it highly reliable during droughts.
  • Abundance: Since oceans hold 97% of the world's water, it offers a virtually limitless supply.
  • Proven success: Countries like Saudi Arabia, UAE, and Israel rely heavily on desalination to meet domestic and agricultural water needs, proving its viability for high-income nations.

Arguments against effectiveness (limitations/drawbacks):

  • High Cost: Desalination plants are extremely expensive to construct and maintain. This makes them unaffordable for many water-stressed LICs (e.g., parts of Sub-Saharan Africa).
  • Energy Intensive: The process (such as reverse osmosis) requires vast amounts of electricity. If powered by fossil fuels, this contributes significantly to greenhouse gas emissions and climate change.
  • Environmental Impact: The process produces a highly concentrated salt waste product (brine), which is often pumped back into the sea, damaging local marine ecosystems.

Conclusion: Desalination is highly effective for wealthy, energy-rich countries but remains an unsustainable and unaffordable luxury for poorer nations, which must rely on alternative strategies like appropriate technology.

PastPaper.markingScheme

Level 3 (5–6 marks): Detailed and balanced assessment of desalination. Demonstrates a clear understanding of both benefits and limitations. Evaluative comments are well-developed and supported by geographical evidence/examples.
Level 2 (3–4 marks): Clear description of desalination with some explanation of its advantages and/or disadvantages. Some attempt at assessment, though it may lack balance or specific detail.
Level 1 (1–2 marks): Basic points about desalination. Limited understanding of how or where it is used. No real assessment.

Key Content to Look For:
- Definition of desalination (salt removal from seawater).
- Advantages: endless supply, climate resilience, useful in the Middle East/arid wealthy nations.
- Disadvantages: high capital and operational costs, energy consumption (carbon footprint), environmental damage from brine disposal.
PastPaper.question 8 · Extended Writing
6 PastPaper.marks
Explain how the use of appropriate technology can help to achieve a sustainable water supply in Low-Income Countries (LICs).
PastPaper.showAnswers

PastPaper.workedSolution

Appropriate technology refers to equipment and techniques that are suited to the wealth, skills, and needs of the local community. It is a key method for achieving sustainable water supplies in LICs.

How it achieves sustainability:

  • Economic Sustainability: Technologies like hand pumps (e.g., the Afridev pump) or rainwater harvesting jars are inexpensive to install compared to large-scale dams. They use cheap, locally sourced materials, meaning the community does not need expensive imported parts or foreign engineers to keep them running.
  • Social Sustainability: Because the technology is simple, local people (often women) can be trained to maintain and repair it. This empowers the community and ensures a reliable, long-term source of clean water. Improved access to water nearby reduces water-borne diseases and frees up time for children (especially girls) to attend school, boosting long-term development.
  • Environmental Sustainability: Small-scale methods, such as sand dams or gravity-fed schemes, work with the natural environment. Sand dams store water underground behind a concrete wall built across a seasonal river. This filters the water naturally and prevents evaporation without disrupting local ecosystems or over-exploiting deep aquifers.

PastPaper.markingScheme

Level 3 (5–6 marks): Detailed and well-structured explanation of how appropriate technology works. Clear links made to social, economic, and/or environmental sustainability. Specific, realistic examples are used to support the answer.
Level 2 (3–4 marks): Clear explanation of one or more appropriate technologies. Shows some understanding of why they are suitable for LICs, with a basic link to sustainability.
Level 1 (1–2 marks): Simple, descriptive points about water collection or basic technology (e.g., wells). Limited or no reference to sustainability or appropriateness.

Key Content to Look For:
- Definition of appropriate technology (simple, low-cost, locally maintainable).
- Examples: Afridev hand pumps, sand dams, rainwater harvesting, gravity-fed systems.
- Social benefits: health improvements, community ownership, education.
- Economic benefits: low capital cost, local spare parts.
- Environmental benefits: low energy use, protection of local water resources.

Paper 3 Section A

Answer all questions in this section.
12 PastPaper.question · 38 PastPaper.marks
PastPaper.question 1 · Key Retrieval
1 PastPaper.marks
Study Figure 1, a compound bar chart showing the sources of waste in a UK city. Key: Municipal (dark grey), Industrial (light grey), Construction (diagonal stripes), Agricultural (dots). In the bar representing the year 2022, the proportions are: Municipal (15%), Industrial (25%), Construction (45%), and Agricultural (15%). Using the key and data provided, identify the largest single source of waste in 2022.
PastPaper.showAnswers

PastPaper.workedSolution

According to the key and data, the largest sector in 2022 is represented by diagonal stripes, which corresponds to Construction at 45%. Therefore, the largest single source is Construction.

PastPaper.markingScheme

1 mark for identifying 'Construction' or 'Construction waste'. Reject any other category.
PastPaper.question 2 · Graph Completion
1 PastPaper.marks
Study Figure 2, an incomplete line graph showing global average temperature anomalies from 2010 to 2020. The values are: 2010 (+0.60\(^{\circ}\)C), 2012 (+0.65\(^{\circ}\)C), 2014 (+0.75\(^{\circ}\)C), 2016 (+0.90\(^{\circ}\)C), 2018 (+0.85\(^{\circ}\)C), and 2020 is missing. If the temperature anomaly in 2020 was 0.15\(^{\circ}\)C higher than the value recorded in 2016, calculate the value that should be plotted on the graph to complete the data point for 2020.
PastPaper.showAnswers

PastPaper.workedSolution

To find the value for 2020, add 0.15\(^{\circ}\)C to the 2016 value (+0.90\(^{\circ}\)C): \(0.90 + 0.15 = 1.05\)^{\circ}\)C\).

PastPaper.markingScheme

1 mark for the correct numerical value: '1.05' or '+1.05' or '1.05\(^{\circ}\)C'.
PastPaper.question 3 · Key Retrieval
1 PastPaper.marks
Study Figure 3, a choropleth map showing the level of Human Development Index (HDI) across various countries. The map key is as follows: Star represents Very High HDI; Circle represents High HDI; Triangle represents Medium HDI; Square represents Low HDI. Country X is marked on the map with a triangle. Using the key, state the classification of HDI level for Country X.
PastPaper.showAnswers

PastPaper.workedSolution

According to the map key, a triangle corresponds to 'Medium HDI'. Since Country X is marked with a triangle, its classification is Medium HDI.

PastPaper.markingScheme

1 mark for identifying 'Medium HDI' or 'Medium'.
PastPaper.question 4 · Graph Completion
1 PastPaper.marks
Study Figure 4, an incomplete pie chart showing the proportion of different energy sources used in a country. The sectors are: Coal (40%), Gas (30%), Nuclear (10%), and Renewables (which is missing). To complete the pie chart, calculate the size of the angle in degrees that must be drawn to represent the Renewables sector.
PastPaper.showAnswers

PastPaper.workedSolution

First, calculate the missing percentage for Renewables: \(100\% - (40\% + 30\% + 10\%) = 20\%\). Next, convert this percentage to degrees on a pie chart: \(20\%\) of \(360^{\circ} = 0.20 \times 360 = 72^{\circ}\).

PastPaper.markingScheme

1 mark for '72' or '72\(^{\circ}\)' or '72 degrees'.
PastPaper.question 5 · Key Retrieval
1 PastPaper.marks
Study Figure 5, a flow-line map showing the volume of timber exported from a tropical country to major global markets in 2023. The map key for arrow width is: 1mm width = 10,000 tonnes; 3mm width = 30,000 tonnes; 5mm width = 50,000 tonnes. The arrow representing exports to Europe has a width of 5mm. According to the key, state the volume of timber exported to Europe.
PastPaper.showAnswers

PastPaper.workedSolution

By referencing the key, an arrow width of 5mm represents a value of 50,000 tonnes. Therefore, the export volume is 50,000 tonnes.

PastPaper.markingScheme

1 mark for '50,000' or '50,000 tonnes' or '50000'. Accept '50 thousand tonnes'.
PastPaper.question 6 · Explain
2 PastPaper.marks
Outline one way that the construction of a new bypass road could benefit the local economy.
PastPaper.showAnswers

PastPaper.workedSolution

The question asks for one economic benefit of a bypass. One mark is awarded for identifying a valid economic benefit (e.g., reduced congestion, faster transport of goods, or job creation). The second mark is awarded for explaining how this leads to economic gain (e.g., lower operating costs for local delivery businesses or increased profits for high street shops due to a more pleasant shopping environment).

PastPaper.markingScheme

Award 1 mark for identifying a valid economic benefit:
- Reduces travel times/congestion (1)
- Creates construction jobs (1)
- Attracts more shoppers/tourists to the quieter town centre (1)

Award 1 second mark for development/explanation:
- ...which lowers transport costs and improves efficiency for local delivery firms (1)
- ...who then spend their wages in the local area, multiplying the economic benefits (1)
- ...leading to increased revenue for local retailers (1)
PastPaper.question 7 · Explain
2 PastPaper.marks
Explain how the development of a large wind farm could create conflict between different local stakeholders.
PastPaper.showAnswers

PastPaper.workedSolution

To gain 2 marks, candidates must identify two stakeholders with opposing views or interests and explain the reason for the conflict. For example, environmentalists concerned with visual pollution/ecology vs. developers or landowners motivated by economic benefits or green energy targets.

PastPaper.markingScheme

Award 1 mark for identifying opposing stakeholders/viewpoints (e.g., local homeowners worried about noise or house prices vs. the energy company wanting to generate green electricity).
Award 2nd mark for explaining the source of the conflict (e.g., because the visual and noise pollution directly degrades the residential quality of life, which clashes with the industrial scale of the renewable energy development).
PastPaper.question 8 · Structured Explain
4 PastPaper.marks
Explain how a proposed multi-use reservoir scheme in an upland area can lead to conflicts between different groups of stakeholders.
PastPaper.showAnswers

PastPaper.workedSolution

To achieve full marks (4 marks), the answer must explain at least two distinct points of conflict between different stakeholders, linking the multi-use aspects of the reservoir (such as water supply, recreation, conservation, or farming) to the resulting tensions.

**Example response:**
Firstly, a conflict can arise between tourists/recreational users and local residents. The reservoir attracts visitors for water sports and walking, which leads to increased traffic congestion, litter, and parking issues on narrow rural roads, upsetting locals who want to preserve their quiet way of life (2 marks).

Secondly, a conflict can occur between environmental conservationists and the water company. The water company needs to flood the valley to secure water supplies, but this floods valuable ecosystems and agricultural land, destroying habitats and displacing local wildlife, which conservation groups will strongly oppose (2 marks).

PastPaper.markingScheme

**Level 1 (1-2 marks):**
- Simple, isolated statements explaining why people might disagree or be unhappy about the reservoir.
- Lacks development or clear link to specific stakeholder groups.
- *e.g., 'Some people want to sail on the water but this makes noise which annoys people living nearby.' (1 mark)*
- *e.g., 'Local farmers will lose their land to the floodwaters, whilst tourists get a new place to visit, which causes traffic.' (2 marks)*

**Level 2 (3-4 marks):**
- Clear, developed explanations showing how the multi-use nature of the reservoir creates opposing views between clearly identified stakeholders.
- Demonstrates good geographical understanding of the social, economic, or environmental tensions involved in resource management.
- *e.g., 'Environmentalists will clash with the developers because flooding the upland valley destroys fragile habitats and reduces biodiversity. At the same time, local farmers will conflict with the water company as prime grazing land is lost to the reservoir, threatening their agricultural livelihoods.' (4 marks)*
PastPaper.question 9 · Structured Explain
4 PastPaper.marks
Explain how a proposed multi-use reservoir scheme in an upland area can lead to conflicts between different groups of stakeholders.
PastPaper.showAnswers

PastPaper.workedSolution

To achieve full marks (4 marks), the answer must explain at least two distinct points of conflict between different stakeholders, linking the multi-use aspects of the reservoir (such as water supply, recreation, conservation, or farming) to the resulting tensions.

**Example response:**
Firstly, a conflict can arise between tourists/recreational users and local residents. The reservoir attracts visitors for water sports and walking, which leads to increased traffic congestion, litter, and parking issues on narrow rural roads, upsetting locals who want to preserve their quiet way of life (2 marks).

Secondly, a conflict can occur between environmental conservationists and the water company. The water company needs to flood the valley to secure water supplies, but this floods valuable ecosystems and agricultural land, destroying habitats and displacing local wildlife, which conservation groups will strongly oppose (2 marks).

PastPaper.markingScheme

**Level 1 (1-2 marks):**
- Simple, isolated statements explaining why people might disagree or be unhappy about the reservoir.
- Lacks development or clear link to specific stakeholder groups.
- *e.g., 'Some people want to sail on the water but this makes noise which annoys people living nearby.' (1 mark)*
- *e.g., 'Local farmers will lose their land to the floodwaters, whilst tourists get a new place to visit, which causes traffic.' (2 marks)*

**Level 2 (3-4 marks):**
- Clear, developed explanations showing how the multi-use nature of the reservoir creates opposing views between clearly identified stakeholders.
- Demonstrates good geographical understanding of the social, economic, or environmental tensions involved in resource management.
- *e.g., 'Environmentalists will clash with the developers because flooding the upland valley destroys fragile habitats and reduces biodiversity. At the same time, local farmers will conflict with the water company as prime grazing land is lost to the reservoir, threatening their agricultural livelihoods.' (4 marks)*
PastPaper.question 10 · extended_writing
6 PastPaper.marks
A proposed scheme involves developing a large-scale lithium mine and processing plant near a national park to support the green technology sector. Discuss whether the economic benefits of this project outweigh the environmental impacts.
PastPaper.showAnswers

PastPaper.workedSolution

Economic benefits are highly significant. The mine would create hundreds of direct high-skilled jobs in a rural area and thousands more in the wider supply chain, boosting the local economy through the multiplier effect. Locally, tax revenues would fund public services. Nationally, securing a domestic source of lithium supports the UK's transition to green vehicles and reduces reliance on imports. However, the environmental impacts are substantial. Being located near a national park, the mine could cause noise, air, and visual pollution, damaging the aesthetic value and local tourism. Lithium extraction is water-intensive, risking local water scarcity and chemical contamination of nearby aquatic ecosystems, which threatens biodiversity. In conclusion, while the economic boost and green transition benefits are compelling, they do not automatically outweigh the local environmental destruction. A sustainable compromise, such as strict environmental regulations and habitat restoration funds, is necessary to make the project acceptable.

PastPaper.markingScheme

Level 3 (5-6 marks): Detailed and balanced discussion of both economic benefits and environmental impacts. Excellent geographical vocabulary. Offers a clear, well-justified conclusion on whether economic benefits outweigh environmental impacts. Level 2 (3-4 marks): Clear discussion of both economic and environmental aspects, though one may be developed in more detail than the other. Shows reasonable understanding and includes a basic conclusion. Level 1 (1-2 marks): Simple, descriptive points about mining benefits or impacts, with limited structure and no clear conclusion. Key content to look for includes: Economic (job creation, multiplier effect, local investment, national energy security, green industrial growth) and Environmental (habitat fragmentation, threat to national park conservation, water consumption, chemical pollution risk).
PastPaper.question 11 · extended_writing
6 PastPaper.marks
A proposal to build a new high-speed rail link (HS3) connecting two major northern cities will pass through several areas of ancient woodland. Evaluate the economic advantages of this transport infrastructure project compared to its environmental costs.
PastPaper.showAnswers

PastPaper.workedSolution

On one hand, the economic advantages of HS3 are substantial. It would significantly reduce travel times between major northern cities, increasing business productivity and attracting inward investment. By improving rail capacity, it encourages a shift from road to rail, reducing motorway congestion and facilitating regional economic rebalancing. Conversely, the environmental costs are severe and irreversible. Constructing the route through ancient woodlands would cause permanent habitat fragmentation and loss of biodiversity, as these ecosystems cannot be easily replanted or replaced. Additionally, the construction phase generates high carbon emissions from heavy machinery and concrete production. In evaluation, while the long-term economic gains and green transport shift are vital for regional growth, the permanent loss of ancient woodland represents a high ecological price. Mitigation measures, such as tunneling or route diversion, must be prioritized to balance these competing interests.

PastPaper.markingScheme

Level 3 (5-6 marks): Detailed, balanced evaluation of both economic advantages and environmental costs. Demonstrates thorough geographical understanding with well-developed arguments. Reaches a clear, justified conclusion. Level 2 (3-4 marks): Explains both economic advantages and environmental costs, but may lack depth, detail, or balance. Provides a simple conclusion. Level 1 (1-2 marks): Outlines simple benefits or costs without clear evaluation. Lacks depth and geographical terminology. Key content to look for includes: Economic (reduced journey times, increased capacity, agglomeration economies, northern investment) and Environmental (destruction of ancient woodland, biodiversity loss, carbon footprint of construction, noise pollution).
PastPaper.question 12 · Essay
9 PastPaper.marks
A proposal has been made to construct a major new reservoir in the South East of England to combat future water stress. Do you agree that this development should go ahead? Use your geographical knowledge and understanding of water resource management to justify your decision.
PastPaper.showAnswers

PastPaper.workedSolution

Example level 3 response: I agree that the reservoir should go ahead, but only with strict environmental mitigations. On one hand, the South East of England experiences severe water stress due to high population density and relatively low rainfall. A new reservoir is a long-term, sustainable way to secure water supplies for domestic and industrial use, reducing the need for damaging groundwater abstraction which lowers river levels. Economically, it provides construction employment and opportunities for leisure and tourism. On the other hand, the project has significant costs. Local residents face displacement, and productive agricultural land will be flooded, disrupting local farming economies. Environmentally, flooding a valley destroys existing terrestrial habitats and disrupts local ecosystems. However, these negative impacts can be minimized. The loss of ecosystems can be offset by creating new wetland habitats around the reservoir margin, which can actually increase local biodiversity in the long term. Compulsory purchase schemes can financially compensate displaced landowners. Overall, because climate change and population growth will worsen water scarcity, the long-term social and economic necessity of securing clean water outweighs the localized, short-term environmental and social disruption. Therefore, the development should proceed.

PastPaper.markingScheme

Level 1 (1-3 marks): Lacks structure. Simple points about why reservoirs are good or bad (e.g., 'they store water' or 'they flood fields'). Little or no justification of their decision. Level 2 (4-6 marks): Clear structure. Describes both advantages (e.g., reliable water supply, recreation) and disadvantages (e.g., loss of farmland, high costs). Makes a decision and provides some justification using these points. Level 3 (7-9 marks): Detailed and balanced evaluation. Thoroughly assesses the social, economic, and environmental trade-offs. Fully justifies the decision by weighing the scale or urgency of water stress against localized impacts. Spells geographical terms correctly. SPaG (up to 3 additional marks): 1 mark for basic writing with some errors; 2 marks for clear writing with occasional errors; 3 marks for highly accurate spelling, punctuation, and grammar with sophisticated geographical terminology.

Paper 3 Section B

Answer all questions. Relate questions to your own physical and human enquiries.
12 PastPaper.question · 34 PastPaper.marks
PastPaper.question 1 · completion
1 PastPaper.marks
A student is completing a scattergraph to show the relationship between pebble size (dependent variable on the y-axis, in cm) and distance from the shoreline (independent variable on the x-axis, in m). They need to plot a final data point: Distance = 24m, Pebble Size = 4.5cm. State the coordinates, in the form \( (x, y) \), that the student must use to plot this point.
PastPaper.showAnswers

PastPaper.workedSolution

On a scattergraph, the independent variable is plotted on the horizontal x-axis and the dependent variable is plotted on the vertical y-axis. Therefore, the x-coordinate is 24 and the y-coordinate is 4.5, written as \( (24, 4.5) \).

PastPaper.markingScheme

1 mark for the correct coordinates \( (24, 4.5) \). Also accept without parentheses: 24, 4.5.
PastPaper.question 2 · completion
1 PastPaper.marks
During a river fieldwork enquiry, a student is constructing an isoline map to display water depth across a channel cross-section. The student is drawing isolines at 10 cm intervals (e.g. 10 cm, 20 cm, 30 cm, 40 cm). Where should the 30 cm isoline be drawn relative to a depth measurement of exactly 30 cm?
PastPaper.showAnswers

PastPaper.workedSolution

An isoline is a line that connects points of equal value. Therefore, any measurement that matches the isoline's value exactly must have the isoline drawn directly through that point.

PastPaper.markingScheme

1 mark for stating that the line must be drawn directly through or on the point. Accept 'through the point' or 'on the point'.
PastPaper.question 3 · completion
1 PastPaper.marks
A student is drawing a line of best fit on a completed scattergraph showing the relationship between environmental quality scores (y-axis) and distance from a landfill site (x-axis). If the scattergraph shows a strong positive correlation, describe the general direction in which the line of best fit should be drawn.
PastPaper.showAnswers

PastPaper.workedSolution

A strong positive correlation means that as the value on the x-axis increases, the value on the y-axis also increases. Therefore, the line of best fit must slope upwards, going from the bottom-left of the graph towards the top-right.

PastPaper.markingScheme

1 mark for indicating an upward slope from bottom-left to top-right (e.g. 'sloping upwards', 'bottom-left to top-right', 'upwards from left to right').
PastPaper.question 4 · completion
1 PastPaper.marks
A student is constructing an isoline map showing air temperature (in degrees Celsius) across a school playing field. The student is drawing the 15 degrees Celsius isoline. They have two adjacent data points: Point A has a temperature of 14.2 degrees Celsius and Point B has a temperature of 16.1 degrees Celsius. Explain where the 15 degrees Celsius isoline should be drawn relative to Point A and Point B.
PastPaper.showAnswers

PastPaper.workedSolution

Since 15 degrees Celsius is higher than 14.2 degrees Celsius (Point A) but lower than 16.1 degrees Celsius (Point B), the 15 degrees Celsius boundary must lie in the space between these two points.

PastPaper.markingScheme

1 mark for stating that the line should be drawn between Point A and Point B (or 'between them').
PastPaper.question 5 · Suggest / Describe Pattern
2 PastPaper.marks
For your physical geography enquiry, describe the pattern of one characteristic (such as velocity, depth, or sediment size) that you measured across your study sites.
PastPaper.showAnswers

PastPaper.workedSolution

Students must describe a clear trend from their own physical fieldwork data. 1 mark: Identifies the main trend/direction of change (e.g., 'Velocity increased as we went downstream' or 'Pebble size became smaller and rounder downstream'). 2 marks: Fully describes the pattern, including a specific detail, data support, or identifying an anomaly (e.g., 'Velocity increased from 0.2 m/s at Site 1 to 0.8 m/s at Site 4, but dropped slightly at Site 5 due to debris').

PastPaper.markingScheme

Apply the following criteria: [1 mark] for a valid description of the general pattern/trend of the physical variable. [1 mark] for supporting detail (e.g., identifying an anomaly, quoting illustrative data, or describing a secondary trend). Max 1 mark if no specific variable or directional trend is identified. Reject explanations of why the pattern occurred (focus is on 'describe').
PastPaper.question 6 · Suggest / Describe Pattern
2 PastPaper.marks
For your human geography enquiry, describe the pattern of the land use or environmental quality you recorded as you moved away from the city centre or core study area.
PastPaper.showAnswers

PastPaper.workedSolution

Students should outline the spatial pattern observed in their human geography fieldwork. 1 mark: General statement of the pattern (e.g., 'Environmental quality became better as we walked away from the industrial estate'). 2 marks: Adds specific descriptive detail or data to support the pattern (e.g., 'Scores improved from an average of -5 near the factory to +8 in the green space, though there was a sudden dip at Site 3 near the busy main road intersection').

PastPaper.markingScheme

Apply the following criteria: [1 mark] for a basic description of the spatial pattern or trend. [1 mark] for a development of the description (e.g., citing specific site data, noting an anomaly, or describing a change in the rate of change). Reject explanations or reasons for the pattern.
PastPaper.question 7 · Suggest / Describe Pattern
2 PastPaper.marks
For your human geography enquiry, suggest reasons for the pattern of pedestrian numbers or shopper activity you observed.
PastPaper.showAnswers

PastPaper.workedSolution

The student must link the pattern they observed in their human enquiry to geographical reasons. 1 mark: Identifies a sensible geographical reason (e.g., presence of high-order shops, pedestrianised zones, accessibility). 2 marks: Explains how this explains the high/low concentrations or the overall spatial trend (e.g., 'The high concentration of shoppers in the high street was due to the pedestrianised zone making it safer, while the steep drop-off just one street away was due to a busy main road acting as a barrier').

PastPaper.markingScheme

Apply the following criteria: [1 mark] for identifying a valid reason/factor that explains the human pattern. [1 mark] for explaining how/why this factor creates the specific pattern observed (showing geographical understanding). Reject purely descriptive answers that do not offer reasons/explanations.
PastPaper.question 8 · Suggest / Describe Pattern
2 PastPaper.marks
For your physical geography enquiry, suggest why the pattern of river channel characteristics (or beach characteristics) changed at different points along your transect.
PastPaper.showAnswers

PastPaper.workedSolution

The student should provide geographical explanations for the physical patterns observed in their fieldwork. 1 mark: Identifies a relevant physical process or factor (e.g., wave energy, attrition, friction, tributary inputs). 2 marks: Connects the process to the specific pattern of change along the transect (e.g., 'The beach profile became steeper near the backshore because constructive waves deposit larger shingle there, while smaller sediment is pulled back down by backwash').

PastPaper.markingScheme

Apply the following criteria: [1 mark] for identifying a valid physical process or factor influencing the pattern. [1 mark] for explaining the mechanism of how this process/factor caused the specific change or trend. Reject descriptions of the pattern without any explanation of physical processes.
PastPaper.question 9 · Justify Primary Method
3 PastPaper.marks
For either your physical geography enquiry or your human geography enquiry, justify the use of one of your primary data collection methods.
PastPaper.showAnswers

PastPaper.workedSolution

Candidates should select one primary method from either their physical or human enquiry. The justification must link the method to the reliability of data, reduction of bias, suitability for answering the enquiry question, or practical safety/accuracy benefits. For example, in a human geography enquiry, using systematic sampling for an Environmental Quality Survey (EQS) at 100m intervals avoids subjective bias in site selection and ensures representativeness across the study area.

PastPaper.markingScheme

Apply point marking: 1 mark for identifying a valid primary method in the context of their enquiry. 1 mark for explaining a specific advantage of this method (e.g., accuracy, reliability, reduced bias). 1 mark for linking this method directly to how it helped answer the enquiry aim or improved data validity. Maximum 3 marks. Accept a wide range of geographical methods (e.g., questionnaires, pebble size, river velocity, sediment rounding charts, EQS).
PastPaper.question 10 · Extended Writing
4 PastPaper.marks
For one of your own geographical enquiries, to what extent did your primary data support your original hypothesis or enquiry question?

State the title of your enquiry: ____________
PastPaper.showAnswers

PastPaper.workedSolution

Model Answer (Example based on a physical geography river enquiry):
Enquiry Title: 'How and why does bedload shape and size change downstream along the River Cardron?'

To a large extent, our primary data supported our original hypothesis that bedload size decreases downstream. At Site 1 (upstream), our systematic sampling of 15 pebbles showed a mean intermediate axis of 18.4 cm. By Site 5 (downstream), the mean axis had decreased significantly to 4.1 cm. This strongly supports the hypothesis as it reflects the cumulative impact of erosion processes like attrition. However, the data did not support the hypothesis perfectly because Site 3 showed an anomaly where the mean pebble size increased to 12.3 cm. This was due to a local landslide supplying fresh, angular material to the channel. Therefore, the data supports the hypothesis to a very high extent, although local anomalies show that downstream trends are not always completely uniform.

PastPaper.markingScheme

Level 2 (3-4 marks) (Clear response):
- Offers a clear, reasoned judgment addressing 'to what extent'.
- Uses specific, detailed evidence/data from their own fieldwork to support the explanation.
- Clearly connects the primary data collected directly back to the original hypothesis/aim.

Level 1 (1-2 marks) (Basic response):
- Describes the hypothesis or the data collected, but with limited or absent evaluation of 'to what extent'.
- Brief or generic reference to their fieldwork without specific data points or detailed context.
- The link between the data and the hypothesis is weak or purely descriptive.
PastPaper.question 11 · written
6 PastPaper.marks
For either your physical geography or human geography fieldwork enquiry, assess the effectiveness of the data presentation method(s) you used to represent your primary data.
PastPaper.showAnswers

PastPaper.workedSolution

Example response (Physical Enquiry on Coastal Management):

In our physical geography enquiry, we investigated the impact of wooden groynes on beach profile at Hornsea. To represent our primary data, we used drawn cross-sectional profiles on graph paper for our updrift and downdrift sites.

This presentation method was highly effective because it provided a clear, scale-accurate visual comparison of the beach gradient on either side of the groynes. It made the impact of constructive waves and sediment accumulation on the updrift side instantly recognizable, as the cross-profile line was visibly higher and steeper.

However, a limitation of this method was the potential for plotting error when drawing the slope angles manually. Furthermore, selecting the vertical scale was challenging; a scale that was too small would have hidden the differences, whilst too much vertical exaggeration could have distorted the actual shape of the beach.

Overall, the presentation method was highly effective because it directly addressed our hypothesis by visually proving the presence of longshore drift, though pairing it with a digital GIS overlay would have enhanced precision.

PastPaper.markingScheme

Level 3 (5–6 marks): Clear, purposeful assessment of the effectiveness of the chosen presentation method(s). Detailed and specific reference is made to the student's own physical or human geography enquiry. Geographical terminology is used accurately throughout.

Level 2 (3–4 marks): Some assessment of the effectiveness of the presentation method(s), but may be one-sided or lack depth. Reference to the student's own enquiry is clear but may lack specific data or contextual details.

Level 1 (1–2 marks): Descriptive points about how the data was presented, with little or no assessment of its effectiveness. Reference to their own enquiry is weak, generic, or absent.

Indicative content:
- Assessment should cover the strengths (e.g., visual clarity, ease of identifying trends, patterns, or anomalies) and limitations (e.g., lack of spatial context, difficulty in plotting, potential for scaling errors, oversimplification) of the chosen presentation method(s).
- Common methods to assess include bar charts, scatter graphs, pie charts, desire lines, flow lines, proportional symbols, or cross-profiles.
PastPaper.question 12 · essay
9 PastPaper.marks
For one of your own fieldwork enquiries, evaluate the extent to which the accuracy of your data collection methods affected the validity of your conclusions.

State the title of your enquiry: ____________________________________________________________________
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### Example Response (Physical Geography Focus: River Characteristics Downstream)

**Enquiry Title:** *An investigation into downstream changes in the channel characteristics of the River Cardron.*

To a moderate extent, the accuracy of our data collection methods affected the validity of our conclusions. Our main conclusion was that the River Cardron generally fits the Bradshaw Model, as width, depth, and discharge increased downstream, while bedload size decreased.

However, several inaccuracies in our data collection methods introduced limitations:
1. **Velocity Measurement:** We used the float method (using a citrus fruit) rather than an impeller flowmeter. Surface tension, wind interference, and snagging on debris meant that the velocity was often overestimated or highly variable. This reduced the precision of our discharge calculations.
2. **Bedload Sampling:** We used a systematic sampling method, picking up the nearest pebble to our big toe at 10cm intervals across the transect. This introduced subjective bias, as we naturally tended to select larger, more visible rocks, artificially inflating the average bedload size at upper-course sites.

Despite these inaccuracies, the *validity* of our final conclusion was not entirely undermined. Because the downstream changes were so pronounced—for instance, average bedload size dropped from 18cm at Site 1 to 3cm at Site 4—the random and systematic errors in our pebble selection were not large enough to reverse the overall geographical trend. Thus, while our absolute quantitative values were somewhat inaccurate, our qualitative conclusion remains highly valid.

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**Level 3 (7-9 marks) - Detailed and Evaluative:**
- Demonstrates a detailed and coherent understanding of the chosen fieldwork enquiry.
- Evaluates both the accuracy of specific methods and their direct impact on the validity of the conclusion(s).
- Makes a clear, reasoned judgment on 'the extent to which...' supported by specific evidence from their own fieldwork experience.
- Well-structured and uses appropriate geographical terminology fluently.

**Level 2 (4-6 marks) - Clear and Explanatory:**
- Demonstrates a clear understanding of the fieldwork methods used.
- Describes inaccuracies or errors and attempts to link them to the conclusions, but the evaluation may be unbalanced or lacks depth in linking specific errors to the overall conclusion.
- A tentative or basic judgment is made.
- Some geographical terminology used.

**Level 1 (1-3 marks) - Basic and Descriptive:**
- Demonstrates basic, generic knowledge of fieldwork methods.
- Identifies simple problems with data collection (e.g., 'it rained', 'we didn't have enough time', 'we made mistakes') without clear links to the validity of conclusions.
- Lacks evaluation or reasoned judgment.
- Minimal or no geographical terminology.

**Guidance for Examiners:**
- Accept any appropriate physical or human geography enquiry.
- Candidates must focus on BOTH 'accuracy of data collection' AND 'validity of conclusions' to reach Level 3.

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