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Thinka Jun 2022 Pearson Edexcel AS Level-Style Mock — Geography (8GE0)

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An original Thinka practice paper modelled on the structure and difficulty of the Jun 2022 Pearson Edexcel AS Level Geography (8GE0) paper. Not affiliated with or reproduced from Pearson.

Paper 1 Section A (Tectonic Processes and Hazards)

Answer all questions in this section.
8 PastPaper.question · 46 PastPaper.marks
PastPaper.question 1 · MCQ
1 PastPaper.marks
Which of the following statements correctly describes the motion and impact of Love (L) waves during a seismic event?
  1. A.They travel quickly through the Earth's interior, compressing and expanding the crust in the direction of travel.
  2. B.They are surface waves that cause horizontal, side-to-side displacement, often causing severe damage to building foundations.
  3. C.They are longitudinal body waves that propagate through both the solid mantle and the liquid outer core.
  4. D.They are surface waves that roll along the ground like an ocean wave, moving the ground primarily up and down.
PastPaper.showAnswers

PastPaper.workedSolution

Love (L) waves are a type of surface wave. They are slower than P and S waves but cause horizontal (side-to-side) shearing of the ground. Because of this high-amplitude lateral movement, they are highly destructive to engineered structures and building foundations. Option a describes P-waves. Option c describes P-waves. Option d describes Rayleigh waves.

PastPaper.markingScheme

Award 1 mark for identifying option b as the correct statement. No half marks are available.
PastPaper.question 2 · Calculation
2 PastPaper.marks
The Hawaiian-Emperor seamount chain was formed as the Pacific Plate moved over a mantle plume (hotspot).

An extinct volcanic seamount is located \(360\text{ km}\) from the active hotspot. Radiometric dating indicates the seamount is \(4.5\text{ million years}\) old.

Calculate the average rate of movement of the Pacific Plate in centimeters per year (\text{cm/yr}). Show your working.
PastPaper.showAnswers

PastPaper.workedSolution

Step 1: Convert the distance from kilometers to centimeters.
\(360 \text{ km} \times 1,000 \text{ m/km} \times 100 \text{ cm/m} = 36,000,000 \text{ cm}\)

Step 2: Convert the age of the seamount into years.
\(4.5 \text{ million years} = 4,500,000 \text{ years}\)

Step 3: Calculate the rate of movement.
\(\text{Rate} = \frac{\text{Distance}}{\text{Time}} = \frac{36,000,000 \text{ cm}}{4,500,000 \text{ years}} = 8 \text{ cm/yr}\)

PastPaper.markingScheme

Award 1 mark for correct working / methodology showing a correct conversion step or ratio setup:
- e.g., converting \(360 \text{ km}\) to \(36,000,000 \text{ cm}\) OR setting up \(\frac{360 \times 10^5}{4.5 \times 10^6}\).

Award 1 mark for the correct final answer:
- \(8\) (or \(8 \text{ cm/yr}\)).
PastPaper.question 3 · Resource Application
3 PastPaper.marks
Explain how a tectonic hazard profile (which measures characteristics such as speed of onset, areal extent, and spatial predictability) can be used by governments to improve disaster preparation.
PastPaper.showAnswers

PastPaper.workedSolution

A tectonic hazard profile allows governments to analyze and compare different hazards using multiple parameters to tailor their disaster preparation strategies:

- **Speed of Onset:** If a profile shows an extremely rapid onset (such as a major earthquake), early warning is rarely viable. Governments will therefore focus preparation on long-term structural resilience, such as enforcing strict seismic building regulations, to prevent building collapse.
- **Spatial Predictability:** Highly predictable hazards (like volcanic eruptions at known plate margins) allow governments to implement precise land-use zoning, keeping permanent settlements out of high-risk valleys.
- **Areal Extent:** A hazard with a very large areal extent (like a major tsunami) alerts governments that regional or national coordination will be necessary, helping them plan evacuation routes and scale emergency relief supplies appropriately.

PastPaper.markingScheme

Award 1 mark for identifying a relevant profile characteristic and its direct planning implication (1).
Award 1 mark for explaining a specific preparation strategy linked to this characteristic (1).
Award 1 mark for linking this preparation strategy directly to improved hazard management or reduced vulnerability (1).

**Example 3-mark response:**
If a hazard profile indicates high spatial predictability (1), governments can create precise hazard maps to establish land-use zoning laws (1), which prevents critical infrastructure from being built in high-risk zones and reduces economic losses (1).
PastPaper.question 4 · Structured Explanation
4 PastPaper.marks
Explain how the Deep-ocean Assessment and Reporting of Tsunamis (DART) system is used to detect and warn of tsunami hazards.
PastPaper.showAnswers

PastPaper.workedSolution

The DART system is an essential component of tectonic hazard management used to modify vulnerability through early warning systems:

1. **Seabed Detection**: A bottom pressure recorder (BPR) anchored to the ocean floor continuously monitors water pressure. As a tsunami wave passes over, the increased mass of the water column causes a distinct pressure spike that is detected by the BPR.
2. **Acoustic Transmission**: The seabed recorder transmits this pressure data using acoustic telemetry (sound waves) through the water to a moored surface buoy.
3. **Satellite Relay**: The surface buoy receives the acoustic signals and immediately relays this real-time data via communication satellites to national and international monitoring stations (such as the Pacific Tsunami Warning Center).
4. **Public Warning**: Experts at warning centers analyze the real-time data to verify the tsunami, forecast its arrival times and wave heights, and issue evacuation warnings to at-risk coastal populations before the waves make landfall.

PastPaper.markingScheme

Award 1 mark for each logical explanatory point, up to a maximum of 4 marks:

- Award 1 mark for explaining that seabed sensors (bottom pressure recorders) detect changes in water column pressure caused by the passing tsunami wave (1).
- Award 1 mark for explaining that the pressure data is transmitted acoustically (using sound waves) from the seafloor up to a surface buoy (1).
- Award 1 mark for explaining that the surface buoy relays this real-time data via satellite to monitoring/warning centers (1).
- Award 1 mark for explaining that warning centers use the data to model the tsunami and issue timely evacuation warnings to coastal communities (1).

Do not credit responses that only mention earthquake seismographs without explaining the water-column detection process.
PastPaper.question 5 · Case Study Explanation
6 PastPaper.marks
Explain how governance and political factors can influence a population's vulnerability to a tectonic hazard. Refer to a named tectonic event in your answer.
PastPaper.showAnswers

PastPaper.workedSolution

Governance and political factors play a critical role in determining a population's vulnerability and capacity to cope with a tectonic hazard. Good governance reduces vulnerability through: 1. Formulation and strict enforcement of building codes (e.g., aseismic design), ensuring structures can withstand shaking. 2. Planning and investment in disaster preparedness, such as emergency drills, evacuation routes, and early warning systems. 3. Provision of well-funded emergency services and healthcare infrastructure to respond immediately post-disaster. Conversely, weak governance, political instability, and corruption increase vulnerability. For example, in the 2010 Haiti earthquake (Magnitude 7.0), severe poverty and political instability meant there were no enforced building codes, leading to the collapse of poorly constructed concrete-block homes. The government lacked disaster response plans and resources, meaning they had to rely entirely on international aid, which delayed rescue efforts and increased the death toll to over 220,000. This contrasts with countries with strong governance, like Japan or New Zealand, where strict enforcement of building laws and institutional preparedness keep casualty rates low during similar or larger magnitude events.

PastPaper.markingScheme

Level 1 (1-2 marks): Demonstrates isolated knowledge of how political factors or governance relate to hazard impacts. Describes basic effects of an earthquake without clear links to vulnerability. Case study is named but lacks specific detail. Level 2 (3-4 marks): Explains how governance/political factors (such as building regulations or disaster prep) affect vulnerability. Applies knowledge to a named tectonic event with some accurate supporting details (e.g., Haiti 2010 or Tohoku 2011). Level 3 (5-6 marks): Clear, well-structured explanation of how specific aspects of governance (e.g., corruption, code enforcement, infrastructure investment) directly influence vulnerability and subsequent impacts. Detailed and accurate geographical facts from a named tectonic event are well-integrated to support the argument.
PastPaper.question 6 · Case Study Explanation
6 PastPaper.marks
Explain how the physical characteristics of a volcanic eruption can influence the nature and severity of its impacts. Refer to a named volcanic event in your answer.
PastPaper.showAnswers

PastPaper.workedSolution

The physical characteristics of an eruption significantly determine the scale and types of impacts: 1. Magma type and gas content: High-silica, viscous magma (e.g., andesitic or rhyolitic) leads to explosive eruptions (high VEI) with devastating primary hazards like pyroclastic flows, whereas low-silica basaltic magma leads to effusive eruptions with slower, less deadly lava flows. 2. Hazard types: Pyroclastic flows are highly destructive and fast-moving, causing near-instantaneous death and destruction, while ash clouds can disrupt aviation globally and cause respiratory issues. 3. Secondary hazards: Lahars (volcanic mudflows) can occur when ash mixes with rain or melting ice, often traveling far further than primary hazards. For example, during the ongoing eruptions of the Soufrière Hills volcano in Montserrat (starting in 1995), the viscous andesitic magma led to dome collapses, producing deadly pyroclastic flows. These flows completely buried the capital city of Plymouth, destroyed agricultural land, and forced the permanent relocation of over half the island's population to the north or overseas, demonstrating how physical eruptive style dictates long-term socio-economic impacts.

PastPaper.markingScheme

Level 1 (1-2 marks): Identifies basic volcanic hazards (e.g., lava, ash) but links to impacts are superficial. Limited or no reference to a named volcanic event. Level 2 (3-4 marks): Explains how specific physical characteristics (e.g., viscosity, VEI, pyroclastic flows vs lava flows) lead to different types of impacts. Applies this to a named volcanic event with some descriptive detail. Level 3 (5-6 marks): Detailed, structured explanation linking physical characteristics (e.g., magma composition, explosivity, primary/secondary hazards) directly to the severity and spatial scale of impacts. Well-integrated, accurate case study details (e.g., Montserrat, Eyjafjallajökull, or Mt Pinatubo) are used to support the explanation.
PastPaper.question 7 · Extended Assess Essay
12 PastPaper.marks
Assess the extent to which a country's level of development determines its vulnerability to tectonic hazards.
PastPaper.showAnswers

PastPaper.workedSolution

To structure a high-scoring essay, students should address the following areas:

1. **Introduction**:
- Define key terms: vulnerability (the susceptibility of a community to the impacts of a hazard) and development (economic, social, and political progress, often measured by HDI or GDP per capita).
- Outline the thesis: While a country's level of development is a primary determinant of vulnerability (by shaping capacity to cope, quality of governance, and infrastructure resilience), physical characteristics of the tectonic event (magnitude, location, and depth) can occasionally override human preparation.

2. **Arguments supporting the role of development (Human Factors)**:
- **Infrastructure and Mitigation**: Developed countries can invest in earthquake-resistant engineering (e.g., base isolators and dampers in Tokyo, Japan) and strict building codes, which minimize structural collapse. Developing countries often suffer from rapid, unregulated urbanization (e.g., Port-au-Prince, Haiti, in 2010) where substandard housing leads to high mortality.
- **Governance and Planning**: Wealthier nations have robust disaster management agencies (e.g., FEMA in the USA, or Japan's early warning systems). In contrast, poor governance, corruption, and lack of resources in developing nations mean emergency services are ill-equipped and search-and-rescue is delayed.
- **Social and Economic Recovery**: High-income countries have insurance penetration and financial reserves to rebuild quickly, whereas low-income countries face long-term economic regression and dependency on international aid.

3. **Arguments highlighting other factors (Physical Factors / Hazard Profile)**:
- **Magnitude and Intensity**: Extremely high-magnitude events can overwhelm even the most prepared, highly developed nations. For example, the 2011 Tohoku earthquake and tsunami in Japan ( M_w 9.0 ) caused over 15,000 deaths and led to the Fukushima nuclear crisis despite Japan's world-class defense systems.
- **Type of Hazard**: Secondary hazards such as tsunamis, lahars, and landslides are difficult to mitigate completely. A coastal location near a subduction zone inherently increases vulnerability regardless of wealth.
- **Location and Depth**: Shallow-focus earthquakes occurring directly beneath densely populated developed cities (e.g., Christchurch, New Zealand, in 2011) can cause disproportionately high localized damage compared to deep-focus events in rural developing regions.

4. **Conclusion**:
- Summarize the main points. Conclude that while physical factors determine the raw hazard potential, a country's level of development is the critical filter that determines whether a tectonic event becomes a manageable disaster or a catastrophic humanitarian crisis. Thus, development determines vulnerability to a very large extent, but nature's extremes can occasionally bypass human defenses.

PastPaper.markingScheme

**Marking Scheme (12 Marks Total - AO1: 6 marks, AO2: 6 marks)**

**Level 1 (1-4 marks)**:
- Demonstrates isolated or limited knowledge of tectonic hazards, vulnerability, and development (AO1).
- Offers a superficial assessment with little or no connection between development levels and vulnerability. Assertions are unsupported by case study evidence (AO2).
- Communication is basic with frequent geographical or grammatical errors.

**Level 2 (5-8 marks)**:
- Demonstrates good geographical knowledge and understanding of how development (infrastructure, governance) and physical hazard profiles influence vulnerability (AO1).
- Applies this knowledge to assess the extent to which development determines vulnerability, using some relevant case studies (e.g., comparing Haiti 2010 and Japan 2011/Christchurch 2011) to show contrasting impacts. The argument is balanced but may overemphasize one side (AO2).
- Structure is logical, and geographical terminology is used appropriately.

**Level 3 (9-12 marks)**:
- Demonstrates detailed, comprehensive, and precise knowledge of tectonic hazards, vulnerability concepts (e.g., the pressure and release model), and development indicators (AO1).
- Provides a sophisticated, balanced, and evaluative assessment of the extent to which development determines vulnerability compared to physical factors (magnitude, depth, secondary hazards). Fully supported with detailed, well-integrated case study evidence (AO2).
- Formulates a clear, logical, and substantiated conclusion. Writing is highly structured, fluent, and uses precise geographical terminology.
PastPaper.question 8 · Extended Assess Essay
12 PastPaper.marks
Assess the extent to which a country's level of development determines its vulnerability to tectonic hazards.
PastPaper.showAnswers

PastPaper.workedSolution

To structure a high-scoring essay, students should address the following areas:

1. **Introduction**:
- Define key terms: vulnerability (the susceptibility of a community to the impacts of a hazard) and development (economic, social, and political progress, often measured by HDI or GDP per capita).
- Outline the thesis: While a country's level of development is a primary determinant of vulnerability (by shaping capacity to cope, quality of governance, and infrastructure resilience), physical characteristics of the tectonic event (magnitude, location, and depth) can occasionally override human preparation.

2. **Arguments supporting the role of development (Human Factors)**:
- **Infrastructure and Mitigation**: Developed countries can invest in earthquake-resistant engineering (e.g., base isolators and dampers in Tokyo, Japan) and strict building codes, which minimize structural collapse. Developing countries often suffer from rapid, unregulated urbanization (e.g., Port-au-Prince, Haiti, in 2010) where substandard housing leads to high mortality.
- **Governance and Planning**: Wealthier nations have robust disaster management agencies (e.g., FEMA in the USA, or Japan's early warning systems). In contrast, poor governance, corruption, and lack of resources in developing nations mean emergency services are ill-equipped and search-and-rescue is delayed.
- **Social and Economic Recovery**: High-income countries have insurance penetration and financial reserves to rebuild quickly, whereas low-income countries face long-term economic regression and dependency on international aid.

3. **Arguments highlighting other factors (Physical Factors / Hazard Profile)**:
- **Magnitude and Intensity**: Extremely high-magnitude events can overwhelm even the most prepared, highly developed nations. For example, the 2011 Tohoku earthquake and tsunami in Japan (magnitude 9.0) caused over 15,000 deaths and led to the Fukushima nuclear crisis despite Japan's world-class defense systems.
- **Type of Hazard**: Secondary hazards such as tsunamis, lahars, and landslides are difficult to mitigate completely. A coastal location near a subduction zone inherently increases vulnerability regardless of wealth.
- **Location and Depth**: Shallow-focus earthquakes occurring directly beneath densely populated developed cities (e.g., Christchurch, New Zealand, in 2011) can cause disproportionately high localized damage compared to deep-focus events in rural developing regions.

4. **Conclusion**:
- Summarize the main points. Conclude that while physical factors determine the raw hazard potential, a country's level of development is the critical filter that determines whether a tectonic event becomes a manageable disaster or a catastrophic humanitarian crisis. Thus, development determines vulnerability to a very large extent, but nature's extremes can occasionally bypass human defenses.

PastPaper.markingScheme

**Marking Scheme (12 Marks Total - AO1: 6 marks, AO2: 6 marks)**

**Level 1 (1-4 marks)**:
- Demonstrates isolated or limited knowledge of tectonic hazards, vulnerability, and development (AO1).
- Offers a superficial assessment with little or no connection between development levels and vulnerability. Assertions are unsupported by case study evidence (AO2).
- Communication is basic with frequent geographical or grammatical errors.

**Level 2 (5-8 marks)**:
- Demonstrates good geographical knowledge and understanding of how development (infrastructure, governance) and physical hazard profiles influence vulnerability (AO1).
- Applies this knowledge to assess the extent to which development determines vulnerability, using some relevant case studies (e.g., comparing Haiti 2010 and Japan 2011/Christchurch 2011) to show contrasting impacts. The argument is balanced but may overemphasize one side (AO2).
- Structure is logical, and geographical terminology is used appropriately.

**Level 3 (9-12 marks)**:
- Demonstrates detailed, comprehensive, and precise knowledge of tectonic hazards, vulnerability concepts (e.g., the pressure and release model), and development indicators (AO1).
- Provides a sophisticated, balanced, and evaluative assessment of the extent to which development determines vulnerability compared to physical factors (magnitude, depth, secondary hazards). Fully supported with detailed, well-integrated case study evidence (AO2).
- Formulates a clear, logical, and substantiated conclusion. Writing is highly structured, fluent, and uses precise geographical terminology.

Paper 1 Section C (Coastal Landscapes and Change)

Answer EITHER Section B (Glaciated) OR Section C (Coastal). This blueprint represents the Coastal Landscapes option.
8 PastPaper.question · 45 PastPaper.marks
PastPaper.question 1 · Short Recall
1 PastPaper.marks
State the term used to describe a coastline where alternating bands of hard and soft rock run parallel to the shoreline.
PastPaper.showAnswers

PastPaper.workedSolution

A concordant coastline (sometimes referred to as a Pacific-type coast) is one where the geology runs parallel to the alignment of the coast. This typically produces a more uniform coastline than a discordant coastline, where bands of rock run perpendicular to the shore.

PastPaper.markingScheme

Award 1 mark for any of the following correct terms:
- Concordant
- Concordant coastline
- Concordant coast
- Pacific-type coast / Pacific type

Reject 'discordant' or 'Atlantic-type'.
PastPaper.question 2 · Short Recall
1 PastPaper.marks
State the term used to describe a coastline where alternating bands of hard and soft rock run parallel to the shoreline.
PastPaper.showAnswers

PastPaper.workedSolution

A concordant coastline occurs where layers of different rock types run parallel to the shore, often leading to protective outer barriers of harder rock (e.g. Lulworth Cove).

PastPaper.markingScheme

Award 1 mark for 'concordant' or 'concordant coastline' (also accept 'Pacific-type'). Do not accept 'discordant'.
PastPaper.question 3 · Resource Description
2 PastPaper.marks
Study Figure 1, which shows cliff recession rates and lithology (rock type) at three locations along a coastline.

**Figure 1**

* **Location A**: Boulder clay (unconsolidated glacial till) | Mean Cliff Recession Rate: 1.8 m/yr
* **Location B**: Limestone (jointed sedimentary rock) | Mean Cliff Recession Rate: 0.1 m/yr
* **Location C**: Granite (crystalline igneous rock) | Mean Cliff Recession Rate: 0.01 m/yr

Describe the relationship between rock type (lithology) and the rate of cliff recession shown in Figure 1.
PastPaper.showAnswers

PastPaper.workedSolution

The correct response should identify the pattern/relationship shown in the resource and back it up with appropriate data from the table.

* **Relationship identified:** Unconsolidated/weaker rock types experience significantly higher rates of recession compared to consolidated sedimentary or crystalline igneous rocks.
* **Data support:** Boulder clay (unconsolidated) has a recession rate of 1.8 m/yr, which is much higher than limestone (0.1 m/yr) and granite (0.01 m/yr).

PastPaper.markingScheme

Award 1 mark for identifying the correct relationship/trend shown in the figure:
* Unconsolidated rock types experience higher/faster rates of cliff recession than crystalline/jointed rocks (or vice versa) (1).

Award 1 mark for supporting the trend with relevant data from Figure 1:
* For example, boulder clay has the highest rate of recession at 1.8 m/yr, while granite has the lowest rate at 0.01 m/yr (1).

**Reject:** Answers that explain *why* the relationship exists (e.g. referencing wave action or specific sub-aerial processes) as the command word is 'Describe'.
PastPaper.question 4 · Process Suggestion / Resource Analysis
3 PastPaper.marks
Figure 1 describes a coastal sediment cell where a major river provides 75% of the sediment input, with the remainder coming from cliff erosion.

Suggest one way in which building a dam upstream on the river could affect the equilibrium of this sediment cell.
PastPaper.showAnswers

PastPaper.workedSolution

Building a dam upstream traps river-borne sediment (such as sand and gravel) behind the reservoir wall, leading to severe sediment starvation at the river mouth (1 mark). This causes a significant deficit in the coastal sediment cell's budget, meaning outputs from transport processes like longshore drift exceed inputs (1 mark). Consequently, beaches down-drift will shrink due to lack of replenishment, increasing the vulnerability of cliffs to wave attack and pushing the system into a state of dynamic disequilibrium characterized by net erosion and shoreline retreat (1 mark).

PastPaper.markingScheme

Award up to 3 marks for a logical, sequential explanation:

- Award 1 mark for identifying the disruption or reduction to sediment input (e.g., sediment starvation / trapping of sand behind the dam).
- Award 1 mark for explaining the impact on the sediment budget (e.g., negative budget, outputs exceeding inputs, beach starvation).
- Award 1 mark for linking this to coastal equilibrium or landform changes (e.g., shift to dynamic disequilibrium, increased erosion, shoreline retreat).

Accept alternative valid coastal feedback loops (e.g., reduced beach width leading to increased cliff erosion as a natural response to try and re-establish sediment equilibrium).
Reject responses focusing solely on fluvial hydrology (e.g., changes to river discharge) without explicit connection to the coastal sediment cell.
PastPaper.question 5 · Structured Explanation
4 PastPaper.marks
Explain how vegetation helps to stabilise sandy coastlines.
PastPaper.showAnswers

PastPaper.workedSolution

Vegetation, such as marram grass on sand dunes, stabilises sandy coastlines in two main ways: First, the extensive root and rhizome networks of colonising plants bind the loose sand grains together, increasing the shear strength and cohesion of the dune, which prevents erosion from wind and waves. Second, the above-ground stems and leaves increase surface roughness, which reduces wind velocity near the ground. This reduction in wind speed forces the wind to deposit its sand load, thereby building up the dune and creating a stronger natural barrier against coastal erosion.

PastPaper.markingScheme

Award up to 4 marks for explaining the stabilizing role of vegetation on sandy coastlines. Expect two developed points (2 x 2 marks) or four individual points (4 x 1 mark). Max 2 marks if only one mechanism is explained. Points could include: Roots/rhizomes bind sediment together (1 mark), increasing cohesion and reducing wave/wind erosion (1 mark). Plant foliage increases surface roughness (1 mark), reducing wind velocity at ground level and encouraging deposition of wind-borne sand (1 mark). Organic matter/humus from dead vegetation improves soil moisture and structure (1 mark), allowing more diverse and robust plant communities to establish and further anchor the coastline (1 mark).
PastPaper.question 6 · short_answer
6 PastPaper.marks
Explain how the implementation of contrasting coastal management policies along a named stretch of coastline has led to conflict between different stakeholders.
PastPaper.showAnswers

PastPaper.workedSolution

Along the Holderness Coast in East Yorkshire, contrasting coastal management policies have been implemented, leading to intense local conflict. At Mappleton, a 'Hold the Line' policy was adopted in 1991, erecting two rock groynes and a riprap barrier to protect the village and the B1242 coastal road.

However, this hard engineering directly interfered with the regional sediment cell. The groynes trapped beach material transported by longshore drift, starving beaches further south of sediment. Consequently, at Great Cowden (further down-drift), where the policy is 'No Active Intervention' (Do Nothing), the cliffs became highly vulnerable to wave attack due to the lack of a protective beach.

This physical link led to direct socio-economic conflict. Local farmers and residents in Great Cowden witnessed accelerated erosion rates (up to 10 metres per year), resulting in the loss of agricultural land, farm buildings, and homes. This created severe conflict between the affected residents of Great Cowden and the East Riding of Yorkshire Council (the local authority), with residents demanding compensation or defense schemes and accusing the council of sacrificing their livelihoods to protect Mappleton.

PastPaper.markingScheme

Level 1 (1–2 marks):
- Demonstrates isolated knowledge of coastal management or conflict.
- Lacks a specific named location or uses it purely as a label.
- Explanations are generic, descriptive, and do not connect policies to physical impacts or stakeholder tension.

Level 2 (3–4 marks):
- Demonstrates geographical knowledge and understanding of coastal management policies (AO1).
- Applies knowledge to explain how a policy in one area affects another (e.g., sediment starvation / terminal groyne syndrome) (AO2).
- Mentions a named location with some accurate details, identifying at least two conflicting stakeholders (e.g., residents vs. council).

Level 3 (5–6 marks):
- Demonstrates detailed, accurate geographical knowledge of contrasting coastal management policies in a fully integrated, named case study (AO1).
- Provides a well-structured, logical explanation of how the physical consequences of one policy (e.g., trapping sediment) directly cause negative externalities elsewhere, driving conflict between specific, well-defined stakeholders (AO2).
PastPaper.question 7 · Extended Assess Essay
12 PastPaper.marks
Assess the extent to which geological structure is the primary factor in determining the morphology of concordant and discordant coastlines.
PastPaper.showAnswers

PastPaper.workedSolution

Introduction
Geological structure refers to the arrangement, lithology, and structural features of rock strata (e.g., jointing, faulting, folding, and dip). It plays a crucial role in shaping the coastal morphology (the shape and form of the landscape). Concordant (parallel) and discordant (perpendicular) alignments represent the primary structural templates. However, while geology establishes the framework, marine processes (wave energy, refraction) and sub-aerial weathering are essential in executing and modifying these coastal forms.

The Influence of Geological Structure
- Discordant Coasts: Where alternating bands of hard and soft rock run perpendicular to the coastline (e.g., East Dorset/Swanage Bay). This structure directly dictates the formation of headlands and bays. The differential erosion rates of resistant lithologies (such as Portland Limestone or Chalk) versus less resistant ones (such as Wealden Clay) lead to the distinct indented morphology of discordant margins.
- Concordant Coasts: Where rock bands run parallel to the coast (e.g., the south coast of the Isle of Purbeck/Lulworth Cove). The outer barrier of resistant rock (Portland Limestone) prevents the sea from easily penetrating inland. However, where weaknesses like faults or joints are breached, the sea rapidly erodes the weaker clays behind, creating circular coves or elongated dalmatian-style concordant structures. Here, structure dictates a linear, less indented macro-morphology, broken only by specific structural weaknesses.

The Role of Marine Processes (Counter-Argument/Evaluation)
- While geological structure determines the locations of headlands and bays, marine processes actively shape them. Wave refraction is a critical dynamic process: as waves approach an irregular discordant coast, they refract (bend) around headlands, concentrating high wave energy and causing rapid erosion (forming caves, arches, stacks, and stumps). Conversely, wave energy is dissipated in bays, leading to deposition and beach formation.
- The energy of the environment (macro-tidal vs. micro-tidal, high-energy destructive vs. low-energy constructive waves) determines the rate at which geological structures are exposed and modified.

The Role of Sub-aerial Processes and Dip
- The dip of the rock strata (part of geological structure) strongly controls cliff profiles (seaward-dipping strata create loose, unstable slopes prone to mass movement, whereas landward-dipping strata produce steep, stable cliff profiles).
- Sub-aerial weathering (e.g., freeze-thaw, salt crystallization) and mass movement (e.g., rockfalls, slumping) continually alter the micro-morphology of the cliffs, independent of whether the coast is concordant or discordant.

Conclusion
In conclusion, geological structure is highly significant as it acts as the primary first-order control or 'template' for coastal morphology, creating the initial blueprint of headlands, bays, and coves. However, it cannot be considered in isolation. The actual physical shape of the coast is a dynamic, ongoing product of marine processes (particularly wave refraction) and sub-aerial weathering working upon this structural template. Therefore, geological structure is the primary structural factor, but morphology is ultimately co-determined by active geomorphological processes.

PastPaper.markingScheme

Marking Scheme & Assessment Objectives

This question assesses both AO1 (Knowledge and understanding of geographical concepts - 4 marks) and AO2 (Application of knowledge and understanding to analyze and evaluate - 8 marks).

Level Descriptors

  • Level 1 (1–3 marks): Demonstrates isolated or limited knowledge of concordant/discordant coastlines. Lacks depth in explaining geological structure or processes. Evaluation is subjective or absent.
  • Level 2 (4–8 marks): Demonstrates good geographical knowledge of geological structures (lithology, alignment) and marine processes. Applies this to explain concordant (e.g., Lulworth) and discordant (e.g., Swanage) morphologies. Outlines other factors (wave refraction, sub-aerial weathering) but the assessment of 'extent' may be unbalanced or lack a firm conclusion.
  • Level 3 (9–12 marks): Demonstrates detailed, accurate, and systematic geographical knowledge of structural controls (lithology, alignment, dip, faults) and dynamic processes (wave refraction, marine erosion, mass movement). Offers a balanced, well-structured assessment of the extent to which geology is the primary driver, concluding logically that geology provides the structural template while marine/sub-aerial processes act as the dynamic sculptors.
PastPaper.question 8 · Extended Synoptic Evaluate Essay
16 PastPaper.marks
Evaluate the extent to which sustainable coastal management policies, such as Shoreline Management Plans (SMPs), inevitably lead to conflict between different stakeholders. (16)
PastPaper.showAnswers

PastPaper.workedSolution

Structure of a Strong Response:

Introduction: Define sustainable coastal management and Shoreline Management Plans (SMPs), outlining the four key strategies: Hold the Line, Advance the Line, Managed Realignment, and No Active Intervention (Do Nothing). Introduce the premise that these strategies create 'winners' and 'losers', which often breeds conflict, but state the thesis that conflict can be mitigated through proactive planning and governance.

Paragraph 1: Why conflict occurs (Socioeconomic vs. Environmental priorities): Discuss how decisions like 'Managed Realignment' or 'No Active Intervention' directly threaten residential properties, agricultural land, and local businesses (e.g., Happisburgh on the Holderness Coast or similar eroding shorelines). Highlight that local homeowners experience severe financial loss (as properties lose value and are not covered by standard insurance), causing deep frustration and conflict with local authorities and environmental bodies (e.g., the Environment Agency) who prioritize cost-benefit ratios and natural sediment cells over individual properties.

Paragraph 2: The role of Cost-Benefit Analysis (CBA) and Environmental Impact Assessments (EIA): Explain that engineering decisions are heavily guided by CBA and EIA. Areas with high economic value (large towns, critical infrastructure like gas terminals at Easington) are protected ('Hold the Line'), while sparsely populated rural areas are often abandoned ('No Active Intervention'). This disparity creates a sense of social injustice and inequality among rural communities, escalating conflict as rural stakeholders feel marginalized compared to urban ones.

Paragraph 3: Instances where conflict is minimized / Alternative viewpoints: Evaluate how sustainable schemes can reduce conflict if managed transparently. When stakeholders are integrated into the decision-making process early on, or when transitional financial support and 'roll-back' schemes are provided (such as pathfinder projects helping residents relocate), resentment is reduced. Additionally, some environmental groups (e.g., National Trust, RSPB) actively champion managed realignment because it creates valuable intertidal saltmarsh habitats, aligning their interests with sustainable governance, meaning conflict is not universal among all non-governmental organizations.

Conclusion: Summarize that while conflict is highly likely due to the zero-sum nature of coastal erosion (where protecting one area can starve another downdrift via interrupted longshore drift), it is not completely inevitable. The degree of conflict depends heavily on the governance style, the availability of compensation or relocation schemes, and the transparency of the decision-making process.

PastPaper.markingScheme

Marking Scheme (16 Marks Total):
- AO1 (6 marks): Demonstrate knowledge and understanding of coastal processes, management strategies (SMPs), and their impacts.
- AO2 (10 marks): Apply knowledge to evaluate and analyse the extent to which these policies lead to stakeholder conflict.

Level Descriptors:
  • Level 1 (1–4 marks): Simple or descriptive recall of coastal protection. Lacks evaluation of conflict or stakeholders. Structure is basic.
  • Level 2 (5–8 marks): Shows some understanding of SMP strategies (e.g., hold the line). Identifies some stakeholders (residents, councils) but the evaluation of 'inevitability' of conflict is superficial or one-sided.
  • Level 3 (9–12 marks): Good geographical understanding of physical processes and human management decisions. Applies concepts well, showing why different options (like managed realignment) lead to conflict due to winners and losers. Well-structured argument.
  • Level 4 (13–16 marks): Clear, balanced, and sophisticated evaluation of the 'inevitable' nature of conflict. Explores nuances (such as mitigation through community consultation and compensation). Reaches a logical, supported conclusion using precise geographical terminology.

Paper 2 Section A (Globalisation)

Answer all questions in this section.
7 PastPaper.question · 30 PastPaper.marks
PastPaper.question 1 · multiple-choice
1 PastPaper.marks
Which of the following statements is the correct definition of the term 'glocalisation'?
  1. A.The adaptation of a global product or service to fit the unique cultural, economic, or legal requirements of a local market.
  2. B.The process by which local cultures become dominant globally, replacing multinational corporate structures.
  3. C.The concentration of economic activity in major global hub cities, leading to regional disparities.
  4. D.The removal of trade barriers by national governments to encourage foreign direct investment from transnational corporations Ready to invest in domestic industries, lowering production costs globally..
PastPaper.showAnswers

PastPaper.workedSolution

Glocalisation is a term used to describe how transnational corporations (TNCs) adapt their products, services, or marketing strategies to suit local tastes, laws, or cultural preferences (Option a). A classic example of this is McDonald's adapting its menu to offer vegetarian options like the McAloo Tikki in India. Option b is incorrect as local cultures do not replace TNC structures globally. Option c defines core-periphery patterns or cumulative causation. Option d defines trade liberalisation or deregulation.

PastPaper.markingScheme

Award 1 mark for the correct answer (a). No other responses are acceptable.
PastPaper.question 2 · Data Skill Calculation
2 PastPaper.marks
In 2015, a country's Foreign Direct Investment (FDI) inflow was 5.4 billion USD. By 2022, this had grown to 13.1 billion USD. Calculate the percentage increase in FDI inflows for this country between 2015 and 2022. Show your working. Give your answer to 1 decimal place.
PastPaper.showAnswers

PastPaper.workedSolution

To calculate the percentage increase: 1. Find the absolute increase in FDI: \(13.1 \text{ billion} - 5.4 \text{ billion} = 7.7 \text{ billion USD}\). 2. Divide the increase by the original (2015) value: \(\frac{7.7}{5.4} \approx 1.425925\). 3. Convert to a percentage by multiplying by 100: \(1.425925 \times 100 = 142.5925\%\). 4. Rounding to 1 decimal place gives 142.6%.

PastPaper.markingScheme

Award 1 mark for showing correct working/method: \(\frac{13.1 - 5.4}{5.4} \times 100\) or \(\frac{7.7}{5.4}\). Award 1 mark for the correct final answer rounded to 1 decimal place: 142.6% (accept 142.6, reject 143% or 142.5%).
PastPaper.question 3 · Data Skill Calculation
2 PastPaper.marks
In 2015, a country's Foreign Direct Investment (FDI) inflow was 5.4 billion USD. By 2022, this had grown to 13.1 billion USD. Calculate the percentage increase in FDI inflows for this country between 2015 and 2022. Show your working. Give your answer to 1 decimal place.
PastPaper.showAnswers

PastPaper.workedSolution

To calculate the percentage increase: 1. Find the absolute increase in FDI: \(13.1 - 5.4 = 7.7\) billion USD. 2. Divide the increase by the original 2015 value: \(\frac{7.7}{5.4} \approx 1.425925\). 3. Multiply by 100 to convert to a percentage: \(1.425925 \times 100 = 142.5925\%\). 4. Round to 1 decimal place: 142.6%.

PastPaper.markingScheme

1 mark for correct method/working, e.g. showing \(\frac{13.1 - 5.4}{5.4} \times 100\) or \(\frac{7.7}{5.4}\). 1 mark for correct final answer: 142.6% (accept 142.6, do not accept 142.5% or 143%).
PastPaper.question 4 · Resource Suggestion / Explanation
3 PastPaper.marks
Suggest one primary data collection method that could be used to investigate the impact of cultural globalisation on a local high street.
PastPaper.showAnswers

PastPaper.workedSolution

One valid primary data collection method is a Clone Town Survey. A researcher would walk along a designated section of the local high street and record every retail outlet, categorising them as either global/national chain brands or independent local shops. By calculating the ratio or using a diversity index, the researcher can determine the degree to which global brands have homogenised the retail landscape, causing a loss of local distinctiveness.

PastPaper.markingScheme

Award 1 mark for suggesting a valid primary data collection method (1 mark), plus 2 marks for explaining how the method is used and how it relates to cultural globalisation (1 + 1 marks). e.g., Suggests a Clone Town Survey or retail land-use mapping (1 mark). Explains the process of classifying shops into global/national chains versus local independent businesses (1 mark). Explains that calculating the ratio or diversity index reveals the extent of retail homogenisation and the impact of global retail TNCs on local character (1 mark). Reject: Any secondary data collection methods (e.g. census or online map analysis) as the question specifies primary data.
PastPaper.question 5 · Structured Explanation
4 PastPaper.marks
Explain how two different dimensions of globalisation are measured by the KOF Index.
PastPaper.showAnswers

PastPaper.workedSolution

The KOF Index of Globalisation measures globalisation across three main dimensions: 1. Economic globalisation is measured through actual economic flows (such as cross-border trade and Foreign Direct Investment) and the presence of restrictions (such as import tariffs and taxes). 2. Social globalisation is measured through personal contact (such as international telephone traffic, international tourism, and the size of the foreign-born population) and information flows (such as internet users per 1000 people and television ownership). 3. Political globalisation is measured by the number of foreign embassies in the country, membership in international organisations (such as the United Nations), and participation in UN peace missions.

PastPaper.markingScheme

For each of the two dimensions explained, award 1 mark for identifying the dimension/area and 1 mark for explaining how it is measured (maximum of 2 marks per dimension, up to 4 marks total). For example: Economic globalisation (1 mark) is measured by tracking actual flows of trade and foreign direct investment (FDI), alongside trade barriers like tariffs (1 mark). Social globalisation (1 mark) is measured using indicators like international telephone traffic, tourist numbers, and internet connectivity to reflect the spread of ideas and information (1 mark). Political globalisation (1 mark) is measured by counting the number of foreign embassies in a country or its membership in international organisations (1 mark).
PastPaper.question 6 · Concept Explanation
6 PastPaper.marks
Explain how national government policies can promote globalisation.
PastPaper.showAnswers

PastPaper.workedSolution

National governments play a crucial role in accelerating globalisation through several key policy mechanisms:

1. **Free-market liberalisation (deregulation):** By removing restrictive regulations on financial markets and foreign ownership (such as allowing foreign banks to operate freely), governments encourage foreign capital flows. For example, the UK's deregulation of financial markets in 1986 ('Big Bang') made London a global hub for international finance.

2. **Privatisation:** Selling state-owned assets (such as energy, water, or telecommunications companies) to private investors, often foreign TNCs. This brings in massive Foreign Direct Investment (FDI) and integrates domestic infrastructure into global corporate networks.

3. **Creation of Special Economic Zones (SEZs):** Governments can designate specific regions (like Shenzhen in China) that offer tax incentives, low tariffs, and simplified planning regulations. This attracts global manufacturing and service firms, embedding the country into international trade networks and global supply chains.

PastPaper.markingScheme

Award up to 6 marks for three distinct, well-explained points (3 x 2 marks):

- **Point 1 (2 marks):** 1 mark for identifying free-market liberalisation/deregulation, and 1 mark for explaining how this facilitates globalisation (e.g., by removing barriers to foreign investment and increasing capital flows).
- **Point 2 (2 marks):** 1 mark for identifying privatisation, and 1 mark for explaining how it drives globalisation (e.g., by allowing foreign TNCs to acquire public services, expanding their global footprint and investment).
- **Point 3 (2 marks):** 1 mark for identifying Special Economic Zones (SEZs) or tax incentives, and 1 mark for explaining how this connects the country to globalisation (e.g., by attracting manufacturing TNCs to set up export hubs, boosting trade flows).

*Accept other valid government policies, such as investing in transport/communications infrastructure (e.g., container ports) or joining free trade blocs, provided they are clearly linked to promoting globalisation.*
PastPaper.question 7 · Extended Assess Essay
12 PastPaper.marks
Assess the extent to which national government policies are more influential than global financial institutions in accelerating globalisation.
PastPaper.showAnswers

PastPaper.workedSolution

### Exemplar Response:

Globalisation has accelerated rapidly since the late 20th century, driven by a combination of global financial institutions (IFIs) and national government policies. While IFIs establish the global rules and structures of trade, national governments hold the ultimate sovereign power to choose how, when, and to what extent they integrate into the global economy. This essay will assess the relative influence of both, arguing that while IFIs create the enabling environment, national government policies are the primary catalyst for local acceleration.

**The Role of Global Financial Institutions (IFIs)**
International organizations such as the World Trade Organization (WTO), the International Monetary Fund (IMF), and the World Bank have been instrumental in establishing a neo-liberal global economic model.
- The **WTO** promotes free trade by reducing barriers, tariffs, and quotas, facilitating global trade flows.
- The **IMF and World Bank** provide financial assistance to countries in economic distress, often attaching strict Structural Adjustment Programmes (SAPs). These SAPs mandate policies like privatization, deregulation of financial markets, and the opening up to foreign direct investment (FDI).
- For many developing nations in the late 20th century, these forced policy changes accelerated their integration into global networks. However, the influence of these organizations is often structural and passive; they set the conditions, but they do not actively manage local implementation.

**The Role of National Government Policies**
In contrast, national government policies are active, deliberate drivers of globalisation. Sovereignty means that national governments must ultimately decide to engage with the global economy.
- **The Open Door Policy and SEZs:** China’s 1978 'Open Door Policy' is a prime example. The national government decided to embrace globalization by establishing Special Economic Zones (SEZs) like Shenzhen, offering tax incentives and cheap labor to attract transnational corporations (TNCs). This single national decision fundamentally shifted global manufacturing networks.
- **Deregulation and Privatisation:** In the UK during the 1980s, the Thatcher government implemented financial deregulation (such as the 'Big Bang' of 1986) and privatised state industries. This transformed London into a global financial hub, accelerating financial globalisation.
- **Trade Blocs:** Governments also choose to join trade blocs (e.g., the EU or USMCA), which reduces trade friction and allows free movement of goods, services, and sometimes people, directly accelerating regional globalisation.

**Evaluation & Conclusion**
In conclusion, national government policies are more influential than global financial institutions. Although IFIs created the neo-liberal architecture that made global integration possible, it was the sovereign decisions of national governments to adopt 'open' economic policies—such as China's 1978 reforms or India's 1991 economic liberalisation—that actually triggered the rapid acceleration of globalisation. Without national willingness and targeted policies like SEZs, the structural frameworks of the IMF and WTO would remain underutilised. Therefore, national governments act as the primary engines and gatekeepers of globalisation.

PastPaper.markingScheme

**Marking Scheme (12 Marks Total):**
- **AO1 (4 Marks):** Demonstrate knowledge and understanding of the roles of national governments (deregulation, privatisation, SEZs, trade blocs) and global financial institutions (IMF, World Bank, WTO) in globalisation.
- **AO2 (8 Marks):** Apply knowledge and understanding to write an analytical, balanced essay assessing the relative influence of national policies versus global institutions.

---

### Level Descriptors:

* **Level 1 (1–4 marks):**
* **AO1:** Demonstrates isolated or basic knowledge of globalisation drivers. Likely to name institutions or policies without detail.
* **AO2:** Assessment is generic, subjective, or heavily unbalanced. Lacks clear structure or a supported conclusion.

* **Level 2 (5–8 marks):**
* **AO1:** Demonstrates good, accurate knowledge of both national policies (e.g., China's open-door policy, SEZs, UK deregulation) and global financial institutions (WTO, IMF, World Bank).
* **AO2:** Offers a logical, structured assessment of both factors. Begins to weigh which is more influential, supported by some case study evidence. A conclusion is present but may lack depth.

* **Level 3 (9–12 marks):**
* **AO1:** Demonstrates precise, detailed, and comprehensive knowledge of the mechanisms used by both national governments and global financial institutions to accelerate globalisation.
* **AO2:** Provides a highly coherent, balanced, and sophisticated assessment. Clearly evaluates the relationship between the two (e.g., national governments as active gatekeepers vs. global institutions as structural enablers). Reaches a logical, well-supported final judgment.

Paper 2 Section C (Diverse Places)

Answer EITHER Section B (Regenerating) OR Section C (Diverse). This blueprint represents the Diverse Places option.
8 PastPaper.question · 47 PastPaper.marks
PastPaper.question 1 · Short Recall
1 PastPaper.marks
Define the term 'lived experience' as used in the study of diverse places.
PastPaper.showAnswers

PastPaper.workedSolution

Lived experience is a key concept in geography that refers to the subjective, personal, and first-hand knowledge, perceptions, and feelings that an individual or community gains about a place through daily life and residence there over time.

PastPaper.markingScheme

Award 1 mark for a complete definition that refers to personal or first-hand experience and feelings of living in a place. Accept: 'The first-hand experience of a place through living there' or 'A person's subjective feelings and daily experiences of a locality.' Reject: Broad definitions of experience that do not link to residing in or interacting with a specific place.
PastPaper.question 2 · practical
2 PastPaper.marks
Table 2 shows demographic data for two contrasting wards in a UK city.

**Table 2: Demographic data for Ward A and Ward B**

| Ward | UK-born population | Non-UK born population | Total population | Percentage (%) of non-UK born population |
| :--- | :--- | :--- | :--- | :--- |
| **Ward A** | 12,400 | 3,600 | 16,000 | (i) .................... |
| **Ward B** | 8,550 | 5,950 | 14,500 | (ii) .................... |

Complete Table 2 by calculating the percentage of non-UK born residents for both Ward A and Ward B. State your answers to **one decimal place**. Show your working.
PastPaper.showAnswers

PastPaper.workedSolution

To calculate the percentage of non-UK born residents, use the formula:

\(\text{Percentage} = \left( \frac{\text{Non-UK born population}}{\text{Total population}} \right) \times 100\)

For Ward A (i):
\(\text{Percentage} = \left( \frac{3,600}{16,000} \right) \times 100 = 22.5\%\)

For Ward B (ii):
\(\text{Percentage} = \left( \frac{5,950}{14,500} \right) \times 100 = 41.034...\% \approx 41.0\%\)

PastPaper.markingScheme

Award 1 mark for each correct calculation rounded to one decimal place (up to a maximum of 2 marks):
- (i) Ward A = 22.5% (Accept 22.5) (1 mark)
- (ii) Ward B = 41.0% (Accept 41% or 41.0) (1 mark)
PastPaper.question 3 · short_answer
3 PastPaper.marks
Figure 3 shows the results of a survey regarding residents' perceptions of safety in Meadowbrook, an outer-suburban residential area in the UK.

* **Aged 18–30:** 82% feel 'safe or very safe' walking alone in the neighborhood after dark.
* **Aged over 65:** 34% feel 'safe or very safe' walking alone in the neighborhood after dark.

Suggest one reason for the difference in perception of safety between the two age groups shown in Figure 3.
PastPaper.showAnswers

PastPaper.workedSolution

The question asks for one reason to explain the differing perceptions of safety between younger and older age groups in a suburb.

To secure all 3 marks, the answer must provide a clear chain of reasoning:
1. Identify a valid source of differing perception (e.g., physical vulnerability, media influence, or lived experience of the area).
2. Develop the point by explaining how this factor specifically impacts the older generation's daily life or psychological state (e.g., fear of falling, lack of physical defense, or high consumption of local crime news).
3. Link this back to why this creates a contrast with the younger demographic group (who have higher physical resilience, different lifestyle habits, or greater confidence walking alone at night).

PastPaper.markingScheme

Award 1 mark for identifying a valid reason, and up to 2 further marks for logical geographical development/expansion.

**Example response:**
Older residents may experience higher levels of physical frailty or mobility issues (1 mark). This means they feel less able to defend themselves or escape quickly if a threatening situation arises at night (1 mark). Consequently, this vulnerability amplifies their fear of crime, leading to a much lower perception of safety compared to younger adults who are generally more confident in their physical resilience (1 mark).

**Alternative response:**
Older residents may spend more time consuming local news media or community social media alerts that focus heavily on local crime and anti-social behaviour (1 mark). This can disproportionately distort their view of actual threat levels, leading to heightened anxiety about being outdoors after dark (1 mark). In contrast, younger residents may be less engaged with these local media channels or have a larger network of peers active in the area, leading to a more secure perception of the same environment (1 mark).
PastPaper.question 4 · short_answer
3 PastPaper.marks
Figure 3 shows the results of a survey regarding residents' perceptions of safety in Meadowbrook, an outer-suburban residential area in the UK.

* **Aged 18–30:** 82% feel 'safe or very safe' walking alone in the neighborhood after dark.
* **Aged over 65:** 34% feel 'safe or very safe' walking alone in the neighborhood after dark.

Suggest one reason for the difference in perception of safety between the two age groups shown in Figure 3.
PastPaper.showAnswers

PastPaper.workedSolution

The question asks for one reason to explain the differing perceptions of safety between younger and older age groups in a suburb.

To secure all 3 marks, the answer must provide a clear chain of reasoning:
1. Identify a valid source of differing perception (e.g., physical vulnerability, media influence, or lived experience of the area).
2. Develop the point by explaining how this factor specifically impacts the older generation's daily life or psychological state (e.g., fear of falling, lack of physical defense, or high consumption of local crime news).
3. Link this back to why this creates a contrast with the younger demographic group (who have higher physical resilience, different lifestyle habits, or greater confidence walking alone at night).

PastPaper.markingScheme

Award 1 mark for identifying a valid reason, and up to 2 further marks for logical geographical development/expansion.

**Example response:**
Older residents may experience higher levels of physical frailty or mobility issues (1 mark). This means they feel less able to defend themselves or escape quickly if a threatening situation arises at night (1 mark). Consequently, this vulnerability amplifies their fear of crime, leading to a much lower perception of safety compared to younger adults who are generally more confident in their physical resilience (1 mark).

**Alternative response:**
Older residents may spend more time consuming local news media or community social media alerts that focus heavily on local crime and anti-social behaviour (1 mark). This can disproportionately distort their view of actual threat levels, leading to heightened anxiety about being outdoors after dark (1 mark). In contrast, younger residents may be less engaged with these local media channels or have a larger network of peers active in the area, leading to a more secure perception of the same environment (1 mark).
PastPaper.question 5 · Structured Explanation
4 PastPaper.marks
Explain why different demographic groups, such as by age or ethnicity, may have contrasting perceptions of the same diverse urban area.
PastPaper.showAnswers

PastPaper.workedSolution

Perceptions of urban areas are highly subjective and shaped by individual characteristics and lived experiences. Point 1: Age can significantly divide perceptions. Older, long-term residents may view demographic shifts (such as rapid ethnic diversification or gentrification) negatively, perceiving a loss of local heritage, traditional social networks, and community cohesion. Point 2: Conversely, younger cohorts or newly arrived immigrant groups may view the same neighborhood positively. They may perceive it as a dynamic, exciting, and welcoming space that offers cultural diversity, entry-level housing, and specific community support networks or services that cater to their needs.

PastPaper.markingScheme

Award 1 mark for identifying a valid reason/demographic factor and a further 1 mark for explaining how this shapes their perception, up to a maximum of 2 x 2 marks. Point 1 (Age/Length of residence): Older residents may feel alienated by rapid retail or cultural changes (1 mark) because they feel the traditional community identity they valued has been lost (1 mark). Point 2 (Ethnicity/Migration status): Recent migrants or ethnic minorities may perceive the area as supportive and vibrant (1 mark) because concentration of similar ethnic groups provides cultural infrastructure, safety, and shared language (1 mark).
PastPaper.question 6 · open-ended
6 PastPaper.marks
Explain how socio-economic inequality within a diverse place can be measured using different indicators.
PastPaper.showAnswers

PastPaper.workedSolution

Socio-economic inequality within diverse places can be measured using several key indicators:

1. **Income and Employment Measures**: Direct measures of economic wealth, such as average household income, salary distribution, or the percentage of the population claiming out-of-work benefits, highlight wealth gaps. Areas with high proportions of low-income or zero-hours contract workers show clear socio-economic division compared to affluent pockets.

2. **Health and Life Expectancy**: Variations in physical health, such as infant mortality rates, obesity levels, or overall life expectancy at birth, reflect differences in living standards, diet, and access to healthcare services. Significant spatial variations in life expectancy across a city (often termed the 'subway gap') demonstrate deep structural inequality.

3. **Composite Indices (e.g., Index of Multiple Deprivation - IMD)**: Rather than relying on a single metric, composite indices combine multiple domains—such as education, crime, barriers to housing, and the living environment—to calculate relative deprivation. This provides a holistic spatial view of how different neighbourhoods within a diverse place compare nationally and locally.

PastPaper.markingScheme

Award up to 6 marks for explaining three distinct indicators (3 x 2 marks). For each indicator, award 1 mark for identifying the measure and 1 mark for explaining how it reveals socio-economic differences/inequality.

- **Income/Employment (1+1 marks)**: e.g., Identifying household income/unemployment rates (1 mark) and explaining how it shows variations in purchasing power, disposable income, or job security between different groups within the place (1 mark).
- **Health/Education outcomes (1+1 marks)**: e.g., Identifying life expectancy/educational achievement levels (1 mark) and explaining how this reflects disparities in social opportunities, lifestyle, or quality of local services (1 mark).
- **Composite Indices like IMD (1+1 marks)**: e.g., Identifying the Index of Multiple Deprivation (1 mark) and explaining how combining domains like housing, crime, and environment helps map complex, multi-dimensional deprivation across small local areas (1 mark).

*Accept other valid indicators of socio-economic inequality such as housing tenure (renting vs ownership) or fuel poverty.*
PastPaper.question 7 · essay
12 PastPaper.marks
Assess the extent to which national influences have shaped the demographic and cultural characteristics of a named place you have studied.
PastPaper.showAnswers

PastPaper.workedSolution

An exemplary response should focus on a specific, named case study, such as Spitalfields in East London. 1. Introduction: Identify the chosen place (e.g., Spitalfields) and outline the key national, local, and global influences acting upon it. State a clear thesis on the extent of national influence. 2. National Demographic Influences: Discuss how national policies, such as the UK's post-war immigration policies (e.g., the 1948 British Nationality Act) or EU freedom of movement, dramatically altered the ethnic and demographic makeup of the area by facilitating Bangladeshi and European migration. Mention how national housing policies (e.g., the Right to Buy scheme) altered housing tenure and socioeconomic demographics. 3. National Cultural Influences: Explain how national planning policies and designations (such as English Heritage conservation areas) have protected the physical fabric of the area (e.g., Georgian terrace streets), keeping the historic identity intact despite rapid urban change. 4. Counter-arguments / Alternative Scales: Evaluate how global economic forces (e.g., the expansion of the global financial hub in the City of London) have driven gentrification, changing the cultural character from working-class and migrant-focused to highly commercialised and affluent. Mention how local factors (e.g., the Spitalfields Trust and local council planning decisions) have negotiated or resisted these changes. 5. Conclusion: Conclude with a balanced judgment. While national immigration and planning policies set the overarching structural framework for who lives in the area and what can be built, it is often global economic forces and local community actions that dictate the day-to-day cultural shift and lived experience of the place.

PastPaper.markingScheme

Level 1 (1-3 marks): Outlines basic characteristics of a chosen place with limited or generalised reference to national influences. The response is mostly descriptive and lacks a structured geographical argument. Level 2 (4-6 marks): Explains some national influences on the demographic or cultural characteristics of a named place, but the connection may be unbalanced. There is a basic structure, but it lacks detailed evaluation of the 'extent' of influence. Level 3 (7-9 marks): Provides a clear, well-structured assessment of how national influences have shaped both demographic and cultural characteristics, supported by specific details from a named case study. Begins to compare national influences with local or global factors to evaluate their relative importance. Level 4 (10-12 marks): Offers a sophisticated, well-balanced geographical assessment of the extent to which national influences have shaped the place compared to other scales (local/global). Uses precise and accurate case study evidence throughout, leading to a logical and nuanced conclusion.
PastPaper.question 8 · essay
16 PastPaper.marks
Evaluate the extent to which contrasting views of demographic and cultural change in diverse places are a result of differing lived experiences among stakeholders. (16 marks)
PastPaper.showAnswers

PastPaper.workedSolution

AO1 (6 marks): Candidates should show knowledge and understanding of how demographic and cultural changes (e.g., through international migration, internal migration, or gentrification) create diverse places. They should explain how different stakeholders (such as long-term residents, newly arrived communities, local business owners, planners, and developers) experience these changes differently. Lived experience encompasses how people perceive, feel, and interact with their local environment on a daily basis, which shapes their sense of identity, belonging, or social exclusion. AO2 (10 marks): Candidates must evaluate the relative importance of lived experiences versus other factors in shaping contrasting viewpoints. Points in support of 'lived experience' driving views: 1) Long-term residents may experience a sense of cultural loss or dislocation as local shops, worship places, and languages shift, leading to negative views of demographic change. 2) Migrants or minority groups may experience marginalisation or safety issues on one hand, or a supportive community network (ethnic enclave) on the other, shaping their view of the area as a safe haven or a hostile space. 3) Younger, affluent newcomers in gentrifying urban areas may view diversity as cultural capital, enjoying a cosmopolitan lifestyle, while feeling disconnected from the historical community. Points arguing other factors are more significant: 1) Economic drivers: Contrasting views are often rooted in competition for scarce resources (e.g., affordable housing, school places, low-skilled employment) rather than purely cultural 'lived experiences'. 2) Political and media narratives: National media framing of migration or urban regeneration can pre-shape stakeholder attitudes before or independent of direct personal experiences. 3) Age and socio-economic status: Demographic traits can dictate openness to change, with elderly residents sometimes showing greater resistance to rapid local shifts. Conclusion: Candidates should reach a balanced judgment, suggesting that while lived experience provides the direct personal lens through which local change is felt, it is deeply intertwined with, and often intensified by, underlying structural and economic inequalities.

PastPaper.markingScheme

Marking Scheme: Level 1 (1-4 marks): Shows basic, mainly descriptive knowledge of diversity or migration. Explanations are generic with little or no link to stakeholder perspectives or lived experience. No clear evaluation. Level 2 (5-8 marks): Explains some contrasting stakeholder views with reference to a case study. Some connection is made to lived experience, but the response is unbalanced and the evaluation is superficial. Level 3 (9-12 marks): Detailed explanation of how lived experiences differ among specific stakeholders in diverse places. Applies relevant geographical concepts to evaluate how far these experiences, compared to economic or structural factors, drive local tensions and viewpoints. Well-structured with clear case study support. Level 4 (13-16 marks): Offers a sophisticated, balanced, and nuanced evaluation of the statement. Argues clearly how direct lived experiences interact with wider economic, political, and social drivers to shape stakeholder viewpoints. Supported by precise, detailed case study evidence (e.g., Brick Lane, Boston in Lincolnshire) and leads to a logical, well-evidenced conclusion.

Paper 2 Section D (Unfamiliar Fieldwork - Diverse Places)

Answer ONE question based on your chosen option from Section B or C.
7 PastPaper.question · 11 PastPaper.marks
PastPaper.question 1 · short_answer
1 PastPaper.marks
A student is planning to investigate cultural diversity by conducting a questionnaire survey with members of the public on a busy urban high street. Identify one potential risk to personal safety during this fieldwork.
PastPaper.showAnswers

PastPaper.workedSolution

A key risk to personal safety when conducting questionnaire surveys on busy high streets is encountering hostile or aggressive behavior from members of the public. Students can also face physical hazards such as slips, trips, and falls on uneven street surfaces, or collisions with vehicles.

PastPaper.markingScheme

Award 1 mark for any valid, specific risk to personal safety identified. Acceptable responses include: - Aggressive, hostile, or suspicious behavior / verbal abuse from passers-by. - Slips, trips, or falls on uneven pavements, curbs, or wet surfaces. - Traffic hazards or collisions with vehicles / cyclists. - Theft of personal items or mobile devices. Do not accept vague risks like 'getting lost' unless qualified, or general weather conditions (e.g., 'it might rain') without a linked safety outcome (e.g., 'slipping on wet cobblestones').
PastPaper.question 2 · short_answer
1 PastPaper.marks
A student is planning to investigate cultural diversity by conducting a questionnaire survey with members of the public on a busy urban high street. Identify one potential risk to personal safety during this fieldwork.
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PastPaper.workedSolution

A key risk to personal safety when conducting questionnaire surveys on busy high streets is encountering hostile or aggressive behavior from members of the public. Students can also face physical hazards such as slips, trips, and falls on uneven street surfaces, or collisions with vehicles.

PastPaper.markingScheme

Award 1 mark for any valid, specific risk to personal safety identified. Acceptable responses include: - Aggressive, hostile, or suspicious behavior / verbal abuse from passers-by. - Slips, trips, or falls on uneven pavements, curbs, or wet surfaces. - Traffic hazards or collisions with vehicles / cyclists. - Theft of personal items or mobile devices. Do not accept vague risks like 'getting lost' unless qualified, or general weather conditions (e.g., 'it might rain') without a linked safety outcome (e.g., 'slipping on wet cobblestones').
PastPaper.question 3 · calculation
1 PastPaper.marks
As part of an unfamiliar fieldwork investigation into the cultural diversity of a suburban high street, a student recorded the types of retail services present. Out of 80 retail units surveyed, 18 were classified as 'Global/International Food Outlets'.

Calculate the percentage of retail units that were classified as 'Global/International Food Outlets'. Give your answer to one decimal place.
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PastPaper.workedSolution

To calculate the percentage of retail units classified as 'Global/International Food Outlets':

1. Divide the number of 'Global/International Food Outlets' by the total number of retail units surveyed:
\[\frac{18}{80} = 0.225\]

2. Multiply by 100 to convert the decimal into a percentage:
\[0.225 \times 100 = 22.5\%\]

Since the value is already at one decimal place, no further rounding is required.

Final Answer: \(22.5\%\) (or \(22.5\))

PastPaper.markingScheme

Award 1 mark for the correct calculation:
- \(22.5\%\) (accept \(22.5\))

Reject any rounded answers such as \(23\%\).
PastPaper.question 4 · Fieldwork Modal Identification
1 PastPaper.marks
Students investigating community cohesion in a diverse urban area of Leeds collected questionnaire responses rating residents' sense of local belonging on a 5-point Likert scale (where 1 is 'very weak' and 5 is 'very strong'). The frequency of each score from their sample of 57 residents is: Score 1 = 4; Score 2 = 7; Score 3 = 12; Score 4 = 19; Score 5 = 15. Identify the modal score for the sense of local belonging.
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PastPaper.workedSolution

The mode is the value that appears most frequently in a data set. Comparing the frequencies for each score: Score 1 has 4, Score 2 has 7, Score 3 has 12, Score 4 has 19, and Score 5 has 15. The highest frequency is 19, which corresponds to Score 4. Therefore, the modal score is 4 (or Score 4).

PastPaper.markingScheme

Award 1 mark for identifying the correct modal score of 4 (accept 'Score 4'). Reject 19 (this is the frequency, not the score itself).
PastPaper.question 5 · Fieldwork Modal Identification
1 PastPaper.marks
Students investigating community cohesion in a diverse urban area of Leeds collected questionnaire responses rating residents' sense of local belonging on a 5-point Likert scale (where 1 is 'very weak' and 5 is 'very strong'). The frequency of each score from their sample of 57 residents is: Score 1 = 4; Score 2 = 7; Score 3 = 12; Score 4 = 19; Score 5 = 15. Identify the modal score for the sense of local belonging.
PastPaper.showAnswers

PastPaper.workedSolution

The mode is the value that appears most frequently in a data set. Comparing the frequencies for each score: Score 1 has 4, Score 2 has 7, Score 3 has 12, Score 4 has 19, and Score 5 has 15. The highest frequency is 19, which corresponds to Score 4. Therefore, the modal score is 4 (or Score 4).

PastPaper.markingScheme

Award 1 mark for identifying the correct modal score of 4 (accept 'Score 4'). Reject 19 (this is the frequency, not the score itself).
PastPaper.question 6 · Data Analysis Suggestion
2 PastPaper.marks
A group of geography students investigated cultural diversity and perceptions of belonging in a multicultural urban area. To collect primary data, they carried out a questionnaire survey. They chose to use stratified sampling rather than random sampling to select their 50 respondents. Suggest one reason why the students chose to use stratified sampling rather than random sampling.
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PastPaper.workedSolution

Stratified sampling allows the students to divide the population into distinct sub-groups (strata) based on relevant characteristics such as age or ethnicity (1 mark). By selecting a sample that proportionally reflects these strata, the students ensure that smaller demographic groups are adequately represented, avoiding the potential bias of random sampling where certain groups might be entirely missed by chance (1 mark).

PastPaper.markingScheme

Award 1 mark for identifying a valid feature of stratified sampling (e.g., dividing the population into sub-groups or strata), and 1 mark for explaining how this improves the representation or validity of the data compared to random sampling. For example: Stratified sampling ensures different demographic groups are proportionally represented (1 mark), which avoids under-representing minority groups in a diverse area (1 mark). Do not accept responses claiming stratified sampling is easier or quicker.
PastPaper.question 7 · Short Answer
4 PastPaper.marks
A group of students investigated the impacts of international migration on a diverse urban area. To assess local residents' perceptions of cultural diversity, they stood outside a specialized international supermarket between 10:00 and 12:00 on a Tuesday morning, questioning the first 20 people who agreed to participate.

Explain two ways the students could improve their sampling methodology to ensure a more representative and valid set of results.
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PastPaper.workedSolution

To improve the methodology, the students should address the significant biases in their sampling frame:

1. **Spatial and Temporal Diversification (2 marks)**: Standing outside a specialized international supermarket on a Tuesday morning restricts the sample to specific shoppers and excludes people who work standard weekday hours. By expanding the locations to multiple neutral sites (e.g., public squares, transit stations) and varying the times (e.g., Saturday afternoon, weekday evening), they would capture a more representative cross-section of the local community.

2. **Alternative Sampling Strategy (2 marks)**: The current method relies on convenience/opportunity sampling, which introduces researcher bias (selecting friendly-looking people) and self-selection bias. Implementing a systematic sampling strategy (e.g., approaching every nth person passing a line) or stratified sampling (targeting specific age, gender, or ethnic subgroups reflecting local census data) would ensure a more balanced and statistically valid sample.

PastPaper.markingScheme

For each of the two explained improvements, award 1 mark for identifying the methodological improvement (AO3) and 1 mark for explaining how it improves validity/representativeness (AO3) to a maximum of 4 marks.

**Improvement 1 (Max 2 marks):**
- **Identification (1 mark):** Vary the timing (e.g., weekends/evenings) or locations (e.g., high street, parks) of the survey.
- **Explanation (1 mark):** This avoids bias towards specific shopper types (international supermarket) and ensures people who are employed or at school during the day are included, making the sample more representative.

**Improvement 2 (Max 2 marks):**
- **Identification (1 mark):** Implement a systematic (e.g., every 5th person) or stratified sampling frame instead of convenience sampling.
- **Explanation (1 mark):** This minimizes researcher subjectivity when selecting participants and ensures the sample reflects the overall demographic profile of the neighborhood.

*Do not credit generic improvements that do not relate to the sampling methodology presented in the scenario (e.g., 'doing more secondary research first' or 'using a GIS mapping tool' unless tied explicitly to improving the sampling frame).*

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