Edexcel GCSE · Thinka-original Practice Paper

2023 Edexcel GCSE Geography A (1GA0) Practice Paper with Answers

Thinka Jun 2023 Pearson Edexcel GCSE-Style Mock — Geography A (1GA0)

252 marks270 mins2023
AnalysisSample paper
An original Thinka practice paper modelled on the structure and difficulty of the Jun 2023 Pearson Edexcel GCSE Geography A (1GA0) paper. Not affiliated with or reproduced from Pearson.

Paper 1: Physical Environment

Answer Question 1 in Section A, and then two questions from Coastal, River, or Glaciated processes. Answer all questions in Sections B and C.
25 Question · 70 marks
Question 1 · multiple-choice
1 marks
Which of the following rock types is classified as a sedimentary rock commonly found in the UK's lowland landscapes?
  1. A.Granite
  2. B.Basalt
  3. C.Clay
  4. D.Schist
Show answer & marking scheme

Worked solution

Clay is a soft, sedimentary rock that is highly common in the lowland areas of the UK, such as the London Basin. Granite and basalt are igneous rocks, while schist is a metamorphic rock, both of which are more commonly found in upland areas.

Marking scheme

Award 1 mark for the correct answer: C (Clay). Any other response receives 0 marks.
Question 2 · multiple-choice
1 marks
Identify the term that describes the movement of sediment along a stretch of coastline in a zigzag pattern due to the direction of the prevailing wind.
  1. A.Longshore drift
  2. B.Coastal abrasion
  3. C.Hydraulic action
  4. D.Sub-aerial weathering
Show answer & marking scheme

Worked solution

Longshore drift is the process by which sediment is moved along a coastline. Waves approach the beach at an angle (driven by the prevailing wind), carrying sediment up the beach (swash) at an angle, and returning straight down the beach (backwash) under gravity.

Marking scheme

Award 1 mark for the correct answer: A (Longshore drift). Any other response receives 0 marks.
Question 3 · multiple-choice
1 marks
Which of the following river processes describes the wearing away of the river bed and banks by the load carried by the river?
  1. A.Attrition
  2. B.Abrasion
  3. C.Solution
  4. D.Suspension
Show answer & marking scheme

Worked solution

Abrasion occurs when pebbles, sand, and other materials carried by the river scrape against the river bed and banks, wearing them away like sandpaper. Attrition is the collision of rocks carried by the river, solution is chemical dissolving, and suspension is a transport method.

Marking scheme

Award 1 mark for the correct answer: B (Abrasion). Any other response receives 0 marks.
Question 4 · multiple-choice
1 marks
Which of the following best describes the formation of a pyramidal peak in a glaciated upland landscape?
  1. A.A steep-sided, armchair-shaped hollow on a mountainside formed by rotational slip.
  2. B.A sharp, knife-edged ridge formed between two adjacent corries.
  3. C.A pointed mountain peak with three or more distinct faces formed by back-to-back glaciers eroding a mountain summit.
  4. D.A long, narrow lake found in a glaciated valley floor formed by overdeepening.
Show answer & marking scheme

Worked solution

A pyramidal peak is formed when three or more corries back onto one another on a mountain summit. The glacial erosion (such as plucking and abrasion) on all sides leaves a sharp, pointed, pyramid-shaped peak.

Marking scheme

Award 1 mark for the correct answer: C (A pointed mountain peak with three or more distinct faces formed by back-to-back glaciers eroding a mountain summit). Any other response receives 0 marks.
Question 5 · multiple-choice
1 marks
Which of the following describes the Milankovitch cycle known as obliquity?
  1. A.The change in the shape of the Earth's orbit around the Sun from circular to elliptical over a 100,000-year cycle.
  2. B.The change in the tilt of the Earth's axis between \(22.1^\circ\) and \(24.5^\circ\) over approximately a 41,000-year cycle.
  3. C.The wobbling of the Earth's axis of rotation like a spinning top over approximately a 26,000-year cycle.
  4. D.The periodic variation in solar radiation emitted by the Sun due to sunspot activity over an 11-year cycle.
Show answer & marking scheme

Worked solution

Obliquity refers to the variation in the tilt of the Earth's axis. Over a cycle of approximately 41,000 years, the tilt varies between \(22.1^\circ\) and \(24.5^\circ\), which affects the severity of seasons. Option A describes eccentricity, Option C describes precession, and Option D describes solar activity.

Marking scheme

Award 1 mark for the correct answer: B (The change in the tilt of the Earth's axis between \(22.1^\circ\) and \(24.5^\circ\) over approximately a 41,000-year cycle). Any other response receives 0 marks.
Question 6 · multiple-choice
1 marks
Which global atmospheric circulation cell is located between the Equator and \(30^\circ\) North and South latitude?
  1. A.Hadley Cell
  2. B.Ferrel Cell
  3. C.Polar Cell
  4. D.Walker Cell
Show answer & marking scheme

Worked solution

The Hadley Cell is the atmospheric circulation cell nearest to the equator, operating between \(0^\circ\) and \(30^\circ\) latitude north and south. Air rises at the equator (forming low pressure) and sinks at around \(30^\circ\) north and south (forming high pressure).

Marking scheme

Award 1 mark for the correct answer: A (Hadley Cell). Any other response receives 0 marks.
Question 7 · multiple-choice
1 marks
Identify which of the following is a biotic component of a deciduous forest ecosystem.
  1. A.Poorly drained clay soil
  2. B.Oak tree sapling
  3. C.Annual precipitation
  4. D.Average winter temperatures
Show answer & marking scheme

Worked solution

Biotic components are the living parts of an ecosystem. An oak tree sapling is living, and therefore biotic. Soil (clay), precipitation, and temperature are non-living (abiotic) components.

Marking scheme

Award 1 mark for the correct answer: B (Oak tree sapling). Any other response receives 0 marks.
Question 8 · multiple-choice
1 marks
Which of the following is the primary reason why tropical rainforest soils (latosols) are typically nutrient-poor?
  1. A.The complete absence of decomposers to break down organic matter.
  2. B.Rapid leaching of minerals by heavy rain combined with rapid nutrient uptake by lush vegetation.
  3. C.The sandy texture of the soil which prevents any nutrients from adhering.
  4. D.A lack of organic material falling to the forest floor to create leaf litter.
Show answer & marking scheme

Worked solution

Tropical rainforest soils are highly leached because heavy, daily rainfall quickly washes nutrients and minerals down through the soil profile. Concurrently, the extensive and dense root systems of the vegetation rapidly absorb any available nutrients, leaving the soil itself relatively nutrient-poor.

Marking scheme

Award 1 mark for the correct answer: B (Rapid leaching of minerals by heavy rain combined with rapid nutrient uptake by lush vegetation). Any other response receives 0 marks.
Question 9 · multiple-choice
1 marks
Which of the following terms describes the change in the shape of the Earth's orbit around the Sun from circular to elliptical over a cycle of approximately 100,000 years?
  1. A.Obliquity
  2. B.Eccentricity
  3. C.Precession
  4. D.Insolation
Show answer & marking scheme

Worked solution

Eccentricity refers to the change in the Earth's orbit around the Sun from circular to elliptical over a 100,000-year cycle. Obliquity is the change in the tilt of the Earth's axis, and precession is the wobble of the Earth's axis.

Marking scheme

Award 1 mark for the correct answer (B). No other options are acceptable.
Question 10 · multiple-choice
1 marks
Which type of mass movement is characterised by a rapid downslope movement of saturated soil and rock sliding along a concave, curved slip plane?
  1. A.Rockfall
  2. B.Soil creep
  3. C.Rotational slumping
  4. D.Tectonic uplift
Show answer & marking scheme

Worked solution

Rotational slumping involves material sliding down a curved (concave) slip plane, typically when clay-rich cliffs become saturated with water. Rockfall involves material falling vertically off a cliff face, while soil creep is a very slow, gradual downhill movement.

Marking scheme

Award 1 mark for identifying the correct mass movement type (C). All other options are incorrect.
Question 11 · Explain
2 marks
Explain one way in which more resistant sedimentary rocks, such as limestone, can form distinct upland landscapes in the UK.
Show answer & marking scheme

Worked solution

1 mark for identifying the resistance of the rock or its weathering properties (e.g., carboniferous limestone resisting physical erosion or being vulnerable to carbonation weathering), and 1 mark for explaining how this leads to a distinct upland landscape feature (e.g., forming scars, pavements, or escarpments).

Example answer:
More resistant sedimentary rocks like limestone resist physical erosion more than surrounding softer clays (1), leaving them standing as areas of higher relief, such as hills or escarpments (1).

Marking scheme

Award 1 mark for identifying a relevant characteristic/process of sedimentary rocks (1) and a further 1 mark for explaining how this creates a distinct upland landscape (1).
Question 12 · Calculate
2 marks
In 1960, the atmospheric carbon dioxide concentration at Mauna Loa was 317 parts per million (ppm). By 2020, this concentration had risen to 414 ppm.

Calculate the percentage increase in atmospheric carbon dioxide concentration between 1960 and 2020. Give your answer to 1 decimal place. Show your working.
Show answer & marking scheme

Worked solution

Step 1: Calculate the absolute increase in CO2 concentration.
\(414 \text{ ppm} - 317 \text{ ppm} = 97 \text{ ppm}\) (1 mark for showing correct difference or method of division)

Step 2: Calculate the percentage increase based on the 1960 value.
\(\frac{97}{317} \times 100 = 30.5993...\%\)

Step 3: Round to 1 decimal place.
30.6% (1 mark for correct final answer)

Marking scheme

Award 1 mark for showing correct working (e.g. finding the difference of 97 or setting up the division \(\frac{97}{317}\)) and 1 mark for the correct final answer of 30.6%.
Question 13 · Explain
2 marks
Explain one way in which groynes protect a coastline from erosion.
Show answer & marking scheme

Worked solution

1 mark for identifying how groynes affect sediment movement (trapping sand/building up the beach) and 1 mark for explaining how this prevents erosion of the coast behind (beach absorbs wave energy).

Example:
Groynes are built perpendicular to the shore and trap sediment transported by longshore drift (1). This builds up a wider beach which absorbs wave energy, reducing the rate of cliff erosion (1).

Marking scheme

Award 1 mark for explaining how groynes trap sediment/build the beach (1), and a further 1 mark for explaining how this reduces erosion (1).
Question 14 · Explain
2 marks
Explain how a meander can develop into an oxbow lake.
Show answer & marking scheme

Worked solution

1 mark for explaining how lateral erosion narrows the meander neck (1) and 1 mark for explaining how the river cuts through the neck (often during a flood) and deposition seals off the old loop to create the lake (1).

Example:
Lateral erosion on the outer bends of a meander narrows the neck of land over time (1). During a flood, the river takes the straightest route and cuts through the neck, with subsequent deposition cutting off the old bend to form an oxbow lake (1).

Marking scheme

Award 1 mark for explaining the narrowing of the meander neck via erosion (1), and 1 mark for explaining the breakthrough and/or subsequent deposition cutting off the loop (1).
Question 15 · Explain
2 marks
Explain one way in which freeze-thaw weathering can shape glaciated upland areas.
Show answer & marking scheme

Worked solution

1 mark for explaining the physical process of freeze-thaw (water entering cracks, freezing, expanding and weakening the rock) and 1 mark for relating this to the shaping of the upland landscape (e.g., creating scree slopes, jagged peaks, or weakening rock for glacial plucking).

Example:
Water enters cracks in a rock face and freezes, expanding and widening the crack (1). Over time, repeated cycles break the rock apart, creating loose rock fragments that form scree slopes at the base of cliffs (1).

Marking scheme

Award 1 mark for explaining the mechanism of freeze-thaw weathering (1), and 1 mark for explaining its visual impact on the glaciated landscape, such as forming scree or sharp peaks (1).
Question 16 · Calculate
2 marks
In a tropical rainforest region, an area of 12,000 square kilometres (\(\text{km}^2\)) was deforested over a 5-year period.

Calculate the average annual rate of deforestation in hectares per year. (1 square kilometre = 100 hectares). Show your working.
Show answer & marking scheme

Worked solution

Step 1: Convert the total deforested area from square kilometres to hectares.
\(12,000 \times 100 = 1,200,000\text{ hectares}\) (1 mark for correct conversion or method of dividing by 5)

Step 2: Calculate the annual rate by dividing the total hectares by 5 years.
\(\frac{1,200,000}{5} = 240,000\text{ hectares per year}\) (1 mark for correct final answer)

Marking scheme

Award 1 mark for showing correct working (either converting 12,000 to 1,200,000 hectares, or dividing 12,000 by 5 to get 2,400 \(\text{km}^2\)/year). Award 1 mark for the correct final answer of 240,000.
Question 17 · Explain
2 marks
Explain one atmospheric condition required for a tropical cyclone to form.
Show answer & marking scheme

Worked solution

1 mark for identifying a valid atmospheric or environmental condition (e.g., warm sea temperature over 26.5°C, high humidity, low wind shear, or Coriolis force/distance from the equator). 1 mark for explaining how this condition contributes to cyclone formation (e.g., providing energy/latent heat, allowing air to rise and condense, or allowing the system to spin).

Example:
Sea temperatures must be 26.5°C or higher (1), which provides the heat and evaporating moisture needed to fuel the rising air and create the low-pressure system (1).

Marking scheme

Award 1 mark for identifying a valid condition (1) and 1 mark for explaining its role in the development/intensification of the tropical cyclone (1).
Question 18 · Explain
2 marks
Explain one way human activities can cause damage to marine ecosystems around the UK.
Show answer & marking scheme

Worked solution

1 mark for identifying a relevant human activity affecting UK marine ecosystems (e.g., overfishing, wind farm development, plastic pollution, agricultural runoff causing eutrophication). 1 mark for explaining the biological or ecological impact of this activity on the ecosystem.

Example:
Runoff of fertilizers from agricultural land into rivers and coastal waters can cause eutrophication (1), leading to algal blooms that deplete dissolved oxygen and suffocate fish and other marine life (1).

Marking scheme

Award 1 mark for identifying a valid human activity affecting UK marine ecosystems (1) and 1 mark for explaining its negative impact on the ecosystem (1).
Question 19 · explain
4 marks
Explain how constructive waves lead to the deposition of sediment on a beach.
Show answer & marking scheme

Worked solution

To get full marks, candidates must provide a sequential explanation showing how the characteristics of a constructive wave lead to deposition:
- Constructive waves have a powerful/strong swash and a weak backwash (1 mark).
- The strong swash transports sediment (such as sand and shingle) up the beach face (1 mark).
- Water from the wave percolates (soaks) into the porous beach sediment, which reduces the volume of surface water (1 mark).
- As a result, the returning backwash lacks the kinetic energy required to transport the sediment back down the beach, leaving it deposited (1 mark).

Marking scheme

Award 1 mark for identifying a characteristic of constructive waves (e.g., strong swash/weak backwash) and up to 3 further marks for explaining the physical process sequentially up to a maximum of 4 marks.
Question 20 · explain
4 marks
Explain how a river meander migrates across a valley floor over time.
Show answer & marking scheme

Worked solution

The explanation should trace the dual processes of erosion and deposition that lead to lateral migration:
- On the outer bend, water velocity is highest, causing lateral erosion (hydraulic action or abrasion) (1 mark).
- This erosion cuts into the bank, creating a steep river cliff and causing the outer bend to retreat outwards (1 mark).
- On the inner bend, water velocity is lowest, leading to the deposition of bedload and forming a slip-off slope (1 mark).
- Over time, the combination of outward erosion and inward deposition causes the entire meander bend to migrate laterally across the floodplain (1 mark).

Marking scheme

Award 1 mark for explaining erosion on the outer bend (1), 1 mark for identifying a related feature or process (e.g., river cliff, hydraulic action) (1), 1 mark for explaining deposition on the inner bend (1), and 1 mark for linking these processes to the overall lateral movement/migration of the channel (1).
Question 21 · explain
4 marks
Explain two natural causes of climate change.
Show answer & marking scheme

Worked solution

The candidate must explain two distinct natural factors. Each factor is worth up to 2 marks (1 mark for identifying the factor, 1 mark for explaining its mechanism of action on climate):

- Factor 1: Orbital changes / Milankovitch cycles (1 mark). Explanation: Changes in the shape of Earth's orbit (eccentricity), tilt, or wobble alter how close the Earth is to the Sun, causing long-term shifts in global temperatures (1 mark).

- Factor 2: Volcanic eruptions (1 mark). Explanation: Major eruptions release massive plumes of ash and sulphur dioxide into the stratosphere, which reflect incoming solar radiation back into space, lowering global temperatures (1 mark).

- Alternative Factor: Solar output / sunspot cycles (1 mark). Explanation: Variations in the number of sunspots alter the intensity of solar radiation reaching Earth, affecting average global temperatures over an 11-year cycle (1 mark).

Marking scheme

For each of the two natural causes: Award 1 mark for identifying a valid natural cause (1), and 1 further mark for explaining how this cause leads to changes in global climate/temperatures (1). (2 x 2 marks)
Question 22 · extended
8 marks
Assess the relative importance of human activities compared to natural factors in causing climate change during the Quaternary period.
Show answer & marking scheme

Worked solution

Natural factors include Milankovitch cycles (eccentricity, obliquity, and precession) which alter the distribution and amount of solar radiation reaching Earth over thousands of years. Other natural factors include fluctuations in solar output and major volcanic eruptions, which release sulfur dioxide and ash that block incoming sunlight, causing temporary cooling. Conversely, human activities since the Industrial Revolution have rapidly increased concentrations of atmospheric greenhouse gases (such as carbon dioxide, methane, and nitrous oxide) through fossil fuel combustion, large-scale deforestation, and intensive agriculture. While natural factors explain the broader glacial and interglacial cycles characterizing the Quaternary period, the rapid and unprecedented warming observed over the last 150 years cannot be explained by these slow natural cycles. Therefore, human activities are the dominant and most significant force driving recent, rapid climate change, while natural factors remain the primary driver of long-term Quaternary geological cycles.

Marking scheme

Level 1 (1-3 marks): Simple, isolated statements about human and natural factors. Lacks clear structure or direct comparison. Level 2 (4-6 marks): Explanation of both human (e.g., fossil fuels, deforestation) and natural (e.g., Milankovitch cycles, volcanic eruptions) factors. Some comparison of their roles, but might focus heavily on one aspect. Level 3 (7-8 marks): A balanced assessment with a clear judgment on their relative importance. Explicitly distinguishes the long-term Quaternary timeframe (natural) from recent rapid warming (human-driven), supported by accurate geographical terminology.
Question 23 · extended
8 marks
Assess the effectiveness of sustainable management strategies in conserving a tropical rainforest ecosystem you have studied.
Show answer & marking scheme

Worked solution

Using the Amazon Rainforest (or another studied rainforest) as a case study: Selective logging is a strategy where only mature trees are harvested, allowing the canopy to remain intact and younger trees to grow, which preserves the overall structure of the forest. Ecotourism provides alternative income streams for local communities, incentivizing the preservation of standing forests rather than clearing them for cattle ranching. On a national/international scale, debt-for-nature swaps allow countries to have their external debts reduced in exchange for investing in rainforest conservation. These strategies are effective because they seek to balance economic development with ecological protection. However, their overall effectiveness is limited. Illegal logging and ranching remain rampant in remote, hard-to-monitor areas due to poor law enforcement. Additionally, global economic demands for soy, timber, and beef continue to apply powerful financial pressure to clear land. Thus, while local strategies are highly effective, their success is constantly challenged by national and global economic forces.

Marking scheme

Level 1 (1-3 marks): Descriptive points about rainforest destruction or simple management strategies. Weak structure and minimal evaluation. Level 2 (4-6 marks): Explains how specific strategies (e.g., ecotourism, selective logging) work. Some assessment of why they are effective or their limitations, with reference to a named case study. Level 3 (7-8 marks): Detailed, balanced assessment of multiple strategies using a clear case study. Evaluates both successes and failures, leading to a logical conclusion about overall effectiveness.
Question 24 · extended
8 marks
Assess the social and economic consequences of coastal recession on a stretch of coastline you have studied.
Show answer & marking scheme

Worked solution

Using the Holderness Coast as a case study: Economic consequences include the loss of valuable agricultural land, businesses (such as caravan parks in Skipsea), and the high cost of rebuilding or relocating infrastructure like the B1242 road. Social consequences include the direct loss of homes (over 30 lost in recent decades), falling property values which leave homeowners with negative equity, and severe stress and anxiety for residents. In areas like Mappleton, coastal defenses (groynes) have successfully protected homes, but this has caused increased erosion further downdrift (e.g., Great Cowden) due to terminal groyne syndrome, worsening consequences there. In conclusion, while economic losses can sometimes be quantified and compensated, the social trauma of losing ancestral homes and communities often presents the most profound and long-lasting consequence.

Marking scheme

Level 1 (1-3 marks): Simple list of impacts (e.g., houses falling into the sea). Little or no reference to a specific case study. Level 2 (4-6 marks): Explanation of both social and economic consequences with some connection to a named case study (e.g., Holderness). Some attempt to assess which consequences are more significant or how they are linked. Level 3 (7-8 marks): Detailed, balanced assessment of social versus economic impacts, well-supported by specific case study details. Demonstrates clear understanding of the complexity, including how managing one area can worsen consequences elsewhere.
Question 25 · extended
8 marks
Examine how a combination of physical and human factors can increase the risk of flooding in a river catchment.
Show answer & marking scheme

Worked solution

Physical factors that increase flood risk include heavy or prolonged rainfall, which saturates the soil, and steep relief, which causes water to run off quickly. Impermeable geologies (such as clay or granite) prevent infiltration, forcing water into the channel via overland flow. Human activities exacerbate these conditions. Urbanization replaces permeable vegetation with tarmac and concrete (impermeable surfaces) and utilizes drains that rapidly transport water to rivers. Deforestation removes the vegetation canopy that would otherwise intercept rainfall and reduce soil saturation. When these factors combine—for example, a steep, urbanized catchment experiencing sudden, heavy rainfall on clay soil—the lag time is drastically shortened, peak discharge rises rapidly, and the capacity of the river channel is exceeded, resulting in a severe flood.

Marking scheme

Level 1 (1-3 marks): Identifies basic physical (e.g., rain) or human (e.g., concrete) causes of flooding. Lacks structure and does not examine how they work together. Level 2 (4-6 marks): Explains how physical and human factors increase surface runoff and shorten lag times. Some examination of how they combine, with a simple hydrograph concept referenced. Level 3 (7-8 marks): A detailed and balanced examination of the interaction between physical and human factors. Uses precise geographical terms (e.g., infiltration, lag time, peak discharge, antecedent rainfall) to show how they jointly elevate flood risk within a catchment.

Paper 2: Human Environment

Answer all parts of Section A, B, and C (Question 3). Then answer either Question 4 (Energy) or Question 5 (Water) from Section C.
28 Question · 70 marks
Question 1 · multiple-choice
1 marks
Which of the following is the correct definition of *suburbanisation*?
  1. A.The movement of people from metropolitan areas to smaller rural settlements.
  2. B.The outward growth of urban areas to engulf surrounding villages and countryside.
  3. C.The redevelopment of inner-city areas to attract wealthier residents.
  4. D.The movement of people from rural areas to major national cities.
Show answer & marking scheme

Worked solution

Suburbanisation is defined as the outward spread of an urban area, often engulfing nearby villages and countryside as housing and transport links develop. Option A describes counter-urbanisation, Option C describes gentrification, and Option D describes rural-to-urban migration.

Marking scheme

Award 1 mark for the correct option (B).

- Reject all other options.
Question 2 · multiple-choice
1 marks
In a major UK city such as Birmingham, which zone is typically characterised by high-density, high-rise office developments, major retail complexes, and very low permanent residential populations?
  1. A.Outer suburbs
  2. B.Inner city
  3. C.Central Business District (CBD)
  4. D.Rural-urban fringe
Show answer & marking scheme

Worked solution

The Central Business District (CBD) is the commercial and retail heart of a city, characterised by high land values, dense high-rise developments, major shops, and offices, but a very low permanent residential population.

Marking scheme

Award 1 mark for the correct option (C).

- Reject all other options.
Question 3 · multiple-choice
1 marks
Which of the following development indicators is a composite index that includes measures of health, education, and average income?
  1. A.Gross National Income (GNI) per capita
  2. B.Infant Mortality Rate (IMR)
  3. C.Corruption Perceptions Index (CPI)
  4. D.Human Development Index (HDI)
Show answer & marking scheme

Worked solution

The Human Development Index (HDI) is a composite statistic compiled by the UN to measure a country's level of social and economic development based on life expectancy (health), years of schooling (education), and GNI per capita (income).

Marking scheme

Award 1 mark for the correct option (D).

- Reject all other options.
Question 4 · multiple-choice
1 marks
According to Rostow's modernisation theory of development, at which stage does a society see rapid growth in manufacturing, investment, and technological advancement in a few key industries?
  1. A.Stage 1: The traditional society
  2. B.Stage 3: The take-off
  3. C.Stage 4: The drive to maturity
  4. D.Stage 5: High mass consumption
Show answer & marking scheme

Worked solution

Under Rostow's theory, Stage 3 (The take-off) is the short period of intensive growth, during which industrialisation starts to accelerate, and workers and institutions become concentrated around a new manufacturing industry.

Marking scheme

Award 1 mark for the correct option (B).

- Reject all other options.
Question 5 · multiple-choice
1 marks
Which sector of the economy consumes the largest percentage of freshwater globally?
  1. A.Agriculture
  2. B.Domestic/Household
  3. C.Industrial manufacturing
  4. D.Energy generation
Show answer & marking scheme

Worked solution

Globally, agriculture is the largest consumer of freshwater, accounting for approximately 70% of all water withdrawals, primarily for crop irrigation.

Marking scheme

Award 1 mark for the correct option (A).

- Reject all other options.
Question 6 · multiple-choice
1 marks
Which of the following is a key environmental disadvantage of generating electricity using nuclear power?
  1. A.Emission of high volumes of greenhouse gases during power generation.
  2. B.High visual pollution caused by tall wind turbines and extensive solar arrays.
  3. C.The long-term challenge of safely storing highly radioactive waste.
  4. D.Dependence on daily weather conditions to maintain base-load supply.
Show answer & marking scheme

Worked solution

While nuclear power does not release greenhouse gases during electricity generation, it produces highly toxic, radioactive waste that remains dangerous for thousands of years and requires extremely secure, long-term disposal solutions.

Marking scheme

Award 1 mark for the correct option (C).

- Reject all other options.
Question 7 · multiple-choice
1 marks
Which of the following describes a water transfer scheme?
  1. A.The removal of salt from seawater to make it suitable for drinking.
  2. B.The recycling of wastewater for industrial use in urban areas.
  3. C.The movement of water from an area of surplus to an area of deficit via pipes or canals.
  4. D.The collection of rainwater from rooftops to recharge local aquifers.
Show answer & marking scheme

Worked solution

A water transfer scheme is an engineered system of canals, tunnels, and pipelines designed to transport water from a geographical area with a water surplus to an area experiencing a water deficit.

Marking scheme

Award 1 mark for the correct option (C).

- Reject all other options.
Question 8 · multiple-choice
1 marks
In emerging country megacities like Mumbai, what is the primary cause of the rapid growth of informal settlements (squatter settlements)?
  1. A.High rates of planned suburban development by the municipal government.
  2. B.Natural decrease in urban populations forcing people into smaller spaces.
  3. C.Rapid rural-to-urban migration combined with a shortage of affordable housing.
  4. D.Strict zoning laws that prevent the expansion of the CBD.
Show answer & marking scheme

Worked solution

The rapid growth of informal settlements is driven by high rates of rural-to-urban migration and natural population growth, which outpace the ability of the local government and private sectors to provide affordable, formal housing.

Marking scheme

Award 1 mark for the correct option (C).

- Reject all other options.
Question 9 · multiple_choice
1 marks
Which of the following is the correct definition of suburbanisation?
  1. A.The movement of people from metropolitan areas to smaller rural settlements.
  2. B.The outward growth of urban areas to engulf surrounding village and rural areas.
  3. C.The regeneration of inner-city areas leading to an influx of more affluent residents.
  4. D.The movement of people from rural areas to major cities in search of employment.
Show answer & marking scheme

Worked solution

Suburbanisation is defined as the outward spread of an urban area, where people move from the inner city or central business district (CBD) to the residential edges (suburbs), causing the physical size of the city to grow.

Marking scheme

Award 1 mark for the correct answer (B). All other options represent different urban processes: A represents counter-urbanisation, C represents gentrification, and D represents rural-to-urban migration.
Question 10 · multiple_choice
1 marks
According to Rostow's Modernisation Theory, which of the following is a key characteristic of Stage 2: 'Pre-conditions for take-off'?
  1. A.The economy is dominated by subsistence agriculture with limited technology.
  2. B.Rapid growth in manufacturing industries and high levels of investment.
  3. C.Development of infrastructure, such as transport networks, and the emergence of an elite group.
  4. D.High mass consumption where welfare and leisure are widely available to citizens.
Show answer & marking scheme

Worked solution

Stage 2 (Pre-conditions for take-off) is characterised by the development of transport infrastructure, improved agricultural productivity, and the emergence of an entrepreneurial elite class that drives economic development.

Marking scheme

Award 1 mark for the correct answer (C). Option A describes Stage 1 (Traditional society), Option B describes Stage 3 (Take-off), and Option D describes Stage 5 (High mass consumption).
Question 11 · multiple_choice
1 marks
Which of the following is the main reason for the rapid increase in global water demand during the 20th and 21st centuries?
  1. A.A global decline in the use of industrial manufacturing processes.
  2. B.Population growth and rising living standards leading to domestic and agricultural expansion.
  3. C.A decrease in the global surface area of irrigated agricultural land.
  4. D.Global climate change causing an increase in overall rainfall in arid regions.
Show answer & marking scheme

Worked solution

Global water demand has risen exponentially due to rapid population growth and rising standards of living, which increases water use for domestic consumption, industrial activity, and crop irrigation.

Marking scheme

Award 1 mark for the correct answer (B). Option A and C are incorrect because industrialisation and irrigation have increased globally, not decreased. Option D is incorrect as climate change has generally exacerbated water scarcity in arid regions rather than increasing rainfall.
Question 12 · multiple_choice
1 marks
Which of the following statements correctly describes a major trend in the UK's energy mix since 1970?
  1. A.The contribution of coal to electricity generation has dramatically decreased.
  2. B.The use of renewable energy sources has steadily declined to near zero.
  3. C.Natural gas has been entirely phased out and replaced by nuclear power.
  4. D.Nuclear power has grown to provide over 90% of the UK's total energy supply.
Show answer & marking scheme

Worked solution

Since 1970, the UK has experienced a significant transition away from coal-fired power stations due to environmental legislation, depletion of domestic reserves, and the availability of alternative fuels, resulting in a dramatic decrease in coal's contribution to electricity generation.

Marking scheme

Award 1 mark for the correct answer (A). Option B is incorrect because renewable energy use has grown, not declined. Option C is incorrect because natural gas has not been phased out. Option D is incorrect because nuclear power has never comprised over 90% of the UK's total energy supply.
Question 13 · Explain
2 marks
Explain one reason why major cities in developing countries have experienced rapid rates of urbanisation.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a valid reason for rapid urbanisation (e.g. rural-to-urban migration or high rates of natural increase). A second mark is awarded for explaining why this leads to rapid urbanisation (e.g. because people move from poor rural areas in search of better-paying jobs, which rapidly increases the urban population).

Marking scheme

1 mark for identifying a valid reason. 1 mark for explaining/developing how it drives rapid urbanisation in developing countries.
Question 14 · Explain
2 marks
Explain one environmental challenge caused by rapid urban growth in a UK city you have studied.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a valid environmental challenge in a UK city (e.g. atmospheric pollution from vehicles, increased household waste, or the loss of green space). A second mark is awarded for explaining how rapid urban growth causes this challenge (e.g. as the population grows, more commuter vehicles travel into the city centre, increasing nitrogen dioxide emissions and worsening local air quality).

Marking scheme

1 mark for identifying a valid environmental challenge in a named/unnamed UK city. 1 mark for explaining the link to rapid urban growth.
Question 15 · Explain
2 marks
Explain one reason why Gross National Income (GNI) per capita may not always be an accurate measure of a country's actual level of development.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a limitation of GNI per capita (e.g. it is a mean average that hides wealth inequality, or it fails to account for the informal economy). A second mark is awarded for explaining how this reduces its accuracy (e.g. a small group of extremely wealthy individuals can skew the average upwards, making a country appear highly developed even if most citizens live in extreme poverty).

Marking scheme

1 mark for identifying a valid limitation of GNI per capita. 1 mark for explaining why this makes it inaccurate as a measure of development.
Question 16 · Explain
2 marks
Explain one way that international aid can help a developing country reduce its development gap.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a specific application or type of international aid (e.g. investing in educational facilities, clean water infrastructure, or healthcare clinics). A second mark is awarded for explaining how this helps close the development gap (e.g. which improves the literacy and health of the population, enabling them to secure higher-skilled jobs and attract foreign investment).

Marking scheme

1 mark for identifying a specific use of international aid. 1 mark for explaining how this leads to development and helps close the gap.
Question 17 · Explain
2 marks
Explain one reason why global demand for energy is increasing.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a driver of global energy demand (e.g. global population growth or industrialisation in emerging countries). A second mark is awarded for explaining how this increases demand (e.g. as countries like China and India experience rapid economic growth, more factories are established and more households purchase electronic appliances, creating a massive increase in electricity consumption).

Marking scheme

1 mark for identifying a valid driver of energy demand. 1 mark for explaining the mechanism of increase.
Question 18 · Calculate
2 marks
In a region, the total water demand is estimated to be 450 million litres per day (MLD). The available local water supply is only 360 MLD. Calculate the percentage of the region's water demand that cannot be met by local supply (the water deficit). Show your working.
Show answer & marking scheme

Worked solution

First, calculate the absolute water deficit: \( 450 - 360 = 90 \) MLD. Second, calculate this deficit as a percentage of the total demand: \( \frac{90}{450} \times 100 = 20\% \).

Marking scheme

1 mark for showing correct working (e.g. \( 450 - 360 = 90 \) or \( \frac{90}{450} \times 100 \)). 1 mark for the correct final answer of 20% (accept 20).
Question 19 · Explain
2 marks
Explain one disadvantage of using nuclear power to meet a country's energy needs.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a valid disadvantage of nuclear power (e.g. the production of radioactive waste, high building/decommissioning costs, or the risk of major accidents). A second mark is awarded for explaining the consequence of this disadvantage (e.g. because nuclear waste remains radioactive and lethal to human life for thousands of years, it requires extremely expensive, secure underground storage solutions).

Marking scheme

1 mark for identifying a valid disadvantage of nuclear power. 1 mark for explaining why this disadvantage is significant.
Question 20 · Explain
2 marks
Explain one way that domestic water conservation methods can help manage water resources sustainably.
Show answer & marking scheme

Worked solution

One mark is awarded for identifying a valid domestic water conservation method (e.g. installing water meters, low-flow showerheads, or dual-flush toilets). A second mark is awarded for explaining how this leads to sustainable management (e.g. which significantly reduces overall daily water consumption per household, meaning less water needs to be abstracted from rivers and aquifers, preserving natural ecosystems).

Marking scheme

1 mark for identifying a valid domestic conservation method. 1 mark for explaining how it reduces water stress or protects supply sustainably.
Question 21 · Explain
2 marks
Explain one reason why counter-urbanisation has occurred in the UK.
Show answer & marking scheme

Worked solution

Award 1 mark for identifying a valid reason for counter-urbanisation, and 1 mark for an explanation of how this leads to migration away from cities to rural areas. For example, improved transport links or the rise of remote working (1) allows people to live further away in rural villages while still maintaining their jobs in the city (1). Alternatively, high housing prices in urban areas (1) drive people to move to rural areas where they can get larger properties for the same or lower cost (1).

Marking scheme

Award 1 mark for a valid reason (point) and 1 mark for expansion/explanation (development). Reject answers that list two reasons without development.
Question 22 · Explain
4 marks
Explain two reasons why deindustrialisation occurred in UK cities.
Show answer & marking scheme

Worked solution

One reason is the global shift of manufacturing. Many manufacturing companies moved their production to developing countries (1 mark) where labour costs are much lower, making goods cheaper to produce (1 mark). A second reason is mechanisation. Increased use of technology and automation in factories (1 mark) meant fewer human workers were needed to produce the same quantity of goods, leading to factory closures and redundancies (1 mark).

Marking scheme

Award 1 mark for identifying a reason for deindustrialisation, and 1 mark for a developed explanation of why this led to deindustrialisation, up to a maximum of 2 marks per point. (Total: 4 marks)

Suitable reasons include:
- Global shift / outsourcing (1) as factories relocated to countries with cheaper labour/land (1).
- Mechanisation / automation (1) as machines replaced manual jobs in factories (1).
- Depletion of raw materials (1) which made heavy industry (e.g. coal mining, steel production) economically unviable (1).
- Rise of the service sector / tertiary industry (1) making manufacturing less dominant in urban economies (1).
Question 23 · Explain
4 marks
Explain two disadvantages of bilateral aid for recipient developing nations.
Show answer & marking scheme

Worked solution

One disadvantage is that bilateral aid is often 'tied aid' with conditions attached (1 mark). This means the recipient nation is forced to spend the aid money on goods and services from the donor country, which might not offer the best value for money (1 mark). Another disadvantage is political dependency (1 mark). The recipient nation may feel pressured to support the donor country's foreign policies or trade deals, reducing their political independence (1 mark).

Marking scheme

Award 1 mark for identifying a disadvantage of bilateral aid, and 1 mark for a developed explanation of its impact on the recipient nation, up to a maximum of 2 marks per point. (Total: 4 marks)

Suitable disadvantages include:
- Tied aid / conditions attached (1) forcing purchases from the donor country rather than local/cheaper markets (1).
- Debt accumulation (1) if the aid is in the form of low-interest loans that must be repaid over time (1).
- Political dependency / loss of sovereignty (1) because recipients may have to align with the donor's political or strategic goals (1).
- Inappropriate projects (1) where the donor decides on large-scale projects that do not benefit local communities or meet actual needs (1).
Question 24 · Explain
4 marks
Explain two reasons why global food consumption is increasing.
Show answer & marking scheme

Worked solution

One reason is global population growth (1 mark). As the total number of people on Earth increases, there is an automatic increase in the basic demand for food to sustain survival (1 mark). A second reason is rising disposable incomes in emerging economies (1 mark). As people become wealthier, they can afford to eat more food and shift towards higher-calorie diets that include more meat and dairy, which require significantly more agricultural resources to produce (1 mark).

Marking scheme

Award 1 mark for identifying a reason for increasing food consumption, and 1 mark for a developed explanation of how this drives up consumption, up to a maximum of 2 marks per point. (Total: 4 marks)

Suitable reasons include:
- Population growth (1) leading to more mouths to feed globally (1).
- Economic development / rising incomes (1) allowing people to purchase more food and shift to richer diets (1).
- Urbanisation (1) which changes lifestyles and increases reliance on processed/convenience foods (1).
- Increased global trade (1) making a wider variety of foods available year-round to consumers (1).
Question 25 · Explain
4 marks
Explain two environmental impacts of extracting fossil fuels.
Show answer & marking scheme

Worked solution

One environmental impact is habitat destruction (1 mark). Open-cast mining or drilling operations require large areas of land to be cleared of vegetation, which destroys local ecosystems and leads to a loss of biodiversity (1 mark). Another impact is water pollution (1 mark). Accidental oil spills or chemical leaks during extraction can contaminate nearby rivers, oceans, or groundwater, which poisons marine life and damages aquatic food webs (1 mark).

Marking scheme

Award 1 mark for identifying an environmental impact of fossil fuel extraction, and 1 mark for a developed explanation of the ecological consequences of that impact, up to a maximum of 2 marks per point. (Total: 4 marks)

Suitable impacts include:
- Deforestation / habitat clearance (1) leading to loss of biodiversity and soil erosion (1).
- Water pollution / oil spills (1) which kills marine life and disrupts aquatic ecosystems (1).
- Release of greenhouse gases / air pollution (1) from flaring or machinery, contributing to local smog and global climate change (1).
- Landscape scarring (1) leaving large pits or waste heaps that degrade local environments and soil quality (1).
Question 26 · Assess / Evaluate (Extended response)
8 marks
For a UK city you have studied, assess the success of one or more strategies used to improve its urban sustainability.
Show answer & marking scheme

Worked solution

In your answer, you should refer to a named UK city you have studied, such as Bristol.

**Example response focusing on Bristol:**
Bristol has introduced several strategies to improve urban sustainability, particularly focusing on transport and waste management. To address transport, the city developed the MetroBus network and expanded its cycle lanes, aiming to reduce dependence on private vehicles and lower carbon emissions. This has been largely successful, as Bristol has seen a significant increase in cycling rates and was named European Green Capital in 2015.

However, the success is unequal. While central areas benefit from excellent cycle infrastructure and integrated transport, peripheral estates still suffer from poorer public transport connections and high congestion.

In terms of waste management, Bristol aimed to reduce landfill waste to zero by promoting recycling and converting residual waste into energy (at the Avonmouth energy-from-waste plant). While recycling rates have risen to over 50%, the incineration of waste still generates local air quality concerns.

Overall, while Bristol's strategies have successfully fostered a greener culture and reduced per capita carbon emissions, the high costs of infrastructure and persistent transport inequality mean that sustainability benefits have not been shared equally across all socioeconomic groups in the city.

Marking scheme

**Level 1 (1–3 marks):**
- Demonstrates isolated knowledge and understanding of urban sustainability strategies.
- Simple, descriptive statements with little or no connection to a specific UK city.
- Little or no assessment of the success of the strategies.

**Level 2 (4–6 marks):**
- Demonstrates mostly accurate geographical knowledge and understanding of sustainability strategies within a named UK city.
- Applies geographical ideas to show some assessment of success (e.g., weighing up positive outcomes against some limitations).
- The answer has a basic structure, though it may lack balance.

**Level 3 (7–8 marks):**
- Demonstrates detailed and highly accurate geographical knowledge and understanding of urban sustainability.
- Provides a balanced and well-substantiated assessment of the success of the strategies in the named UK city, discussing both achievements and ongoing challenges.
- The argument is logical and leads to a clear, justified conclusion.
Question 27 · Assess / Evaluate (Extended response)
8 marks
For an emerging country you have studied, assess the role of international aid in helping it to develop.
Show answer & marking scheme

Worked solution

In your answer, you should refer to a named emerging country you have studied, such as India.

**Example response focusing on India:**
International aid has played a complex role in India's development. Historically, multilateral aid from the World Bank and bilateral aid from nations like the UK supported large-scale infrastructure projects, such as dams and modernizing the rail network. This helped stimulate industrial development and connected rural areas to major urban markets, boosting GDP.

On a smaller scale, non-governmental organizations (NGOs) have provided voluntary aid targeted directly at rural communities, focusing on clean water, education, and primary healthcare. This has successfully improved human development indicators (such as literacy and life expectancy) at a grassroots level, where government funding often fails to reach.

However, aid has also had drawbacks. Some historic large-scale infrastructure aid projects, like major dams, displaced indigenous local communities and caused severe environmental degradation. Furthermore, as India's economy has grown rapidly, critics argue that aid can foster dependency or be lost to bureaucratic corruption, leading to a shift where India now receives less traditional aid and instead acts as a donor to other nations.

In conclusion, while top-down aid was crucial for initial infrastructure development and bottom-up NGO aid remains vital for marginalized groups, India's overall development has been driven more significantly in recent decades by trade, foreign direct investment (FDI), and internal economic reforms rather than international aid alone.

Marking scheme

**Level 1 (1–3 marks):**
- Identifies basic types of aid or development projects with little or no reference to a named emerging country.
- Simple descriptions of what aid does, with no real assessment of its role in wider development.

**Level 2 (4–6 marks):**
- Demonstrates mostly accurate geographical knowledge of aid projects in a named emerging country.
- Explains how specific aid has supported development, with some attempt to evaluate its limitations or negative consequences.
- The answer is structured but may over-rely on a single project or point of view.

**Level 3 (7–8 marks):**
- Demonstrates detailed and accurate geographical knowledge of the role of aid in the chosen country.
- Offers a balanced, well-argued assessment of both positive and negative impacts of aid, potentially contrasting different types of aid (e.g., top-down vs bottom-up) or comparing aid to other growth drivers like trade.
- Provides a clear and logical conclusion based on geographic evidence.
Question 28 · Assess / Evaluate (Extended response)
8 marks
Assess the environmental and social impacts of developing renewable energy resources.
Show answer & marking scheme

Worked solution

Developing renewable energy resources is central to reducing carbon emissions, but it brings distinct environmental and social trade-offs.

**Environmental Impacts:**
On a global scale, the environmental impacts are overwhelmingly positive, as wind, solar, and hydroelectric power generate electricity with virtually no greenhouse gas emissions, mitigating climate change. However, local environmental impacts can be negative. Large-scale solar farms require vast areas of land, potentially leading to habitat fragmentation. Hydroelectric power (HEP) dams flood large areas upstream, destroying terrestrial ecosystems and disrupting aquatic migration routes. Wind turbines are also criticized for posing a risk to bird and bat populations.

**Social Impacts:**
Socially, renewable energy development improves public health by reducing air pollution compared to fossil fuel combustion. It also creates employment in manufacturing, installation, and maintenance, and increases national energy security. However, negative social impacts exist. Wind farms and solar projects often face local opposition (NIMBYism) due to visual impact and noise. Additionally, large-scale HEP projects (such as the Three Gorges Dam) have historically forced the relocation of hundreds of thousands of people, disrupting long-standing communities.

In conclusion, while the global environmental benefits of transitioning to renewables are essential for planetary survival, local social and environmental costs are significant and require careful planning and community consultation to manage successfully.

Marking scheme

**Level 1 (1–3 marks):**
- Simple, descriptive points about renewable energy sources (e.g., 'wind power is clean but wind turbines look bad').
- Lacks structure, and does not clearly distinguish between environmental and social impacts.
- No real assessment of the trade-offs.

**Level 2 (4–6 marks):**
- Explains both positive and negative environmental and social impacts, using some specific examples of renewable technologies (e.g., wind, solar, or HEP).
- Attempts to assess the overall impact, showing some understanding of the conflicts and trade-offs involved.
- The answer has a clear structure.

**Level 3 (7–8 marks):**
- Provides a detailed and balanced assessment of both environmental and social impacts across a range of renewable energy resources.
- Demonstrates a clear understanding of the conflict between global positive impacts and localized negative impacts.
- Structure is logical, and the answer leads to a well-justified final judgment.

Paper 3: Fieldwork and UK Challenges

Answer either Question 1 or 2 in Section A. Answer either Question 3 or 4 in Section B. Answer all questions in Section C.
21 Question · 60 marks
Question 1 · multiple-choice
1 marks
Identify the primary reason for repeating measurements of river velocity at multiple points across a single cross-section.
  1. A.To ensure the depth of the channel remains constant throughout.
  2. B.To account for variations in velocity caused by friction against the river bed and banks.
  3. C.To measure the total volume of discharge in the entire drainage basin.
  4. D.To determine the exact geological age of the river channel's bedrock.
Show answer & marking scheme

Worked solution

River velocity varies across a cross-section because friction is greatest near the river bed and banks, slowing the water down. To get an accurate average velocity, measurements must be taken at multiple points (typically at regular intervals across the width and at 0.6 of the depth).

Marking scheme

Award 1 mark for the correct answer (B). Any other response receives 0 marks.
Question 2 · multiple-choice
1 marks
Which of the following is a systematic sampling strategy when investigating how pebble size changes along a beach?
  1. A.Selecting pebbles that look the most interesting or colorful along the shoreline.
  2. B.Dropping a quadrat randomly on the beach and measuring every pebble inside it.
  3. C.Measuring the size of a pebble every 5 metres along a pre-determined transect line from the shoreline to the backshore.
  4. D.Asking a local resident to select ten typical pebbles from different areas of the beach.
Show answer & marking scheme

Worked solution

Systematic sampling involves collecting data at regular, pre-determined intervals (e.g., every 5 metres along a transect line). This ensures an even coverage of the study area without personal bias.

Marking scheme

Award 1 mark for the correct answer (C). Any other response receives 0 marks.
Question 3 · multiple-choice
1 marks
Students investigating urban quality of life conducted an Environmental Quality Survey (EQS) at different locations. What is a key limitation of using an EQS?
  1. A.It only measures quantitative climatic data such as wind speed.
  2. B.The scoring is highly subjective and can vary significantly between different researchers.
  3. C.It cannot be represented visually on a bi-polar bar chart.
  4. D.It requires specialized electronic sensors to record any data.
Show answer & marking scheme

Worked solution

An Environmental Quality Survey (EQS) relies on subjective judgements (e.g., scoring litter or noise from -3 to +3). Different researchers may perceive and score the environment differently, leading to subjectivity and potential bias.

Marking scheme

Award 1 mark for the correct answer (B). Any other response receives 0 marks.
Question 4 · multiple-choice
1 marks
In a human geography investigation into rural-urban migration patterns, which data collection method would be classified as a secondary data source?
  1. A.Conducting a questionnaire survey with local residents in a village.
  2. B.Interviewing a local business owner about their staff recruitment.
  3. C.Extracting local ward population data from the Office for National Statistics (ONS) website.
  4. D.Carrying out a pedestrian count at a main intersection in a rural town.
Show answer & marking scheme

Worked solution

Secondary data is data that has already been collected by someone else. Office for National Statistics (ONS) census data is a classic secondary source, whereas questionnaires, interviews, and pedestrian counts are primary data collected first-hand by the researcher.

Marking scheme

Award 1 mark for the correct answer (C). Any other response receives 0 marks.
Question 5 · multiple-choice
1 marks
Which of the following is a key national-scale challenge faced by the UK regarding future flood risk management as a result of climate change?
  1. A.A decrease in the frequency of extreme rainfall events across the entire UK.
  2. B.The complete disappearance of all upland peat bogs, which prevents any water storage.
  3. C.Increased risk of coastal and river flooding due to sea-level rise and more intense winter storms.
  4. D.The mandatory relocation of all UK coastal cities to higher ground by 2030.
Show answer & marking scheme

Worked solution

Climate change in the UK is projected to bring more intense winter storms and sea-level rise, directly increasing the risk of both coastal and river (fluvial) flooding. This presents a major management challenge for infrastructure and coastal defense funding.

Marking scheme

Award 1 mark for the correct answer (C). Any other response receives 0 marks.
Question 6 · multiple-choice
1 marks
Identify the main reason why there is a growing demand for new housing in the UK, creating a major planning challenge.
  1. A.A rapid decrease in the average life expectancy of the UK population.
  2. B.An increasing number of single-person households and a growing overall population.
  3. C.A government ban on building any new properties within major urban areas.
  4. D.A massive migration of the population from the south-east of England to northern Scotland.
Show answer & marking scheme

Worked solution

The demand for housing in the UK is driven by a combination of overall population growth and a significant increase in the number of single-person households (due to factors like people marrying later, divorcing, or living longer).

Marking scheme

Award 1 mark for the correct answer (B). Any other response receives 0 marks.
Question 7 · multiple-choice
1 marks
To reduce greenhouse gas emissions and meet net-zero targets, the UK government is encouraging a transition in the transport sector. Which strategy is most directly aimed at achieving this?
  1. A.Increasing the subsidy for domestic gas boilers.
  2. B.Phase-out of the sale of new petrol and diesel cars in favour of electric vehicles.
  3. C.Expanding the extraction of North Sea natural gas reserves.
  4. D.Reducing the availability of cycle lanes in major metropolitan areas.
Show answer & marking scheme

Worked solution

Phasing out the sale of new petrol and diesel vehicles in favour of electric vehicles (EVs) is a cornerstone of the UK's green transport strategy, aiming to decarbonize road transport and reduce emissions.

Marking scheme

Award 1 mark for the correct answer (B). Any other response receives 0 marks.
Question 8 · multiple-choice
1 marks
Why does the pressure to build on greenfield sites in the UK lead to conflicts between different interest groups?
  1. A.Developers prefer greenfield sites due to lower clearance costs, while environmentalists want to protect biodiversity and natural landscapes.
  2. B.Greenfield sites are heavily contaminated, making them extremely expensive to clean up before building.
  3. C.National planning laws state that greenfield land can only be used for heavy industrial manufacturing.
  4. D.Local communities always demand high-rise apartment blocks on rural land to boost tourism.
Show answer & marking scheme

Worked solution

Developers prefer greenfield sites because they are cheaper and easier to build on compared to contaminated brownfield sites. However, this causes conflict with environmentalists and local residents who wish to preserve biodiversity, rural landscapes, and prevent urban sprawl.

Marking scheme

Award 1 mark for the correct answer (A). Any other response receives 0 marks.
Question 9 · Explain
2 marks
Explain one reason why it is important to collect data at more than one location along a river channel when investigating changes in channel shape.
Show answer & marking scheme

Worked solution

By sampling at multiple sites (such as the upper, middle, and lower course), you can identify patterns such as downstream widening. It also helps to identify anomalies caused by local human factors or geology.

Marking scheme

Award 1 mark for a valid reason, and 1 mark for development. For example: To show downstream trends (1) so that changes in channel width or depth can be accurately compared across the upper, middle and lower courses (1).
Question 10 · Explain
2 marks
Explain one limitation of using a systematic sampling strategy when measuring beach sediment size along a profile.
Show answer & marking scheme

Worked solution

Systematic sampling involves taking measurements at fixed intervals (e.g., every 2 metres). If the beach has rapid, irregular changes in sediment sorting (such as a sudden ridge of shingle), these might fall between the sampling points and be entirely missed, leading to biased results.

Marking scheme

Award 1 mark for identifying a limitation of systematic sampling, and 1 mark for explanation. For example: Fixed intervals may miss key features (1) which means sudden changes in sediment size between the sample points are not recorded, making the profile inaccurate (1).
Question 11 · Explain
2 marks
Explain one benefit of using a questionnaire to investigate the views of local residents on urban regeneration.
Show answer & marking scheme

Worked solution

Using a questionnaire allows you to collect primary data directly from the people affected by the urban regeneration. This yields personal opinions, levels of satisfaction, and subjective viewpoints, which help explain why people feel a certain way about the changes.

Marking scheme

Award 1 mark for a valid benefit of questionnaires, and 1 mark for development. For example: It gathers direct primary opinions (1) which helps researchers understand the subjective, lived experiences of the residents rather than just statistical facts (1).
Question 12 · Explain
2 marks
Explain one reason why choosing an appropriate time of day is important when carrying out a pedestrian count in an urban area.
Show answer & marking scheme

Worked solution

Footfall in urban areas changes dynamically (e.g., peaking during rush hours or lunch hours, and dropping mid-morning). If you count at different times without planning, your data will not be comparable and might over- or under-estimate average daily pedestrian density.

Marking scheme

Award 1 mark for identifying why time of day affects footfall, and 1 mark for explaining the impact on the investigation. For example: Pedestrian density fluctuates dramatically throughout the day (1) so keeping the timing consistent is vital to ensure fair comparison between different sampling sites (1).
Question 13 · Explain
2 marks
Explain one reason why the UK government has invested in large-scale rail infrastructure projects such as HS2.
Show answer & marking scheme

Worked solution

By building high-speed rail links, the government aims to boost the economy of northern cities like Birmingham and Manchester. Better connectivity makes these regions more attractive to businesses, helping to reduce the regional economic divide with London.

Marking scheme

Award 1 mark for a valid reason for investment, and 1 mark for explanation. For example: To improve connectivity between northern and southern cities (1) which encourages businesses to invest outside of London and helps reduce the North-South economic divide (1).
Question 14 · Explain
2 marks
Explain one advantage of developing brownfield sites rather than greenfield sites for new housing in the UK.
Show answer & marking scheme

Worked solution

Brownfield sites are previously developed, often derelict urban plots. Building here protects the green belt, agricultural land, and natural ecosystems from destruction, while also revitalizing neglected urban areas and utilising existing utility infrastructure.

Marking scheme

Award 1 mark for a valid advantage of brownfield development, and 1 mark for explanation. For example: It protects the countryside and greenfield land (1) which prevents urban sprawl and preserves natural ecosystems/agricultural space (1).
Question 15 · Explain
2 marks
Explain how hard engineering strategies can reduce the risk of flooding in UK settlements.
Show answer & marking scheme

Worked solution

Hard engineering relies on artificial structures. For instance, building concrete embankments increases the channel's carrying capacity, meaning a larger volume of water is required before the river overflows and floods nearby properties.

Marking scheme

Award 1 mark for identifying a hard engineering technique/mechanism, and 1 mark for explaining how it mitigates flooding. For example: Constructing artificial levees or flood walls (1) which raises the height of the river banks so the channel can hold more discharge before spilling into settlements (1).
Question 16 · Explain
2 marks
Explain one reason why the UK has increased its reliance on wind energy in recent decades.
Show answer & marking scheme

Worked solution

As an island nation with a windy climate, the UK has an abundant natural resource. Generating electricity from wind turbines produces zero carbon dioxide emissions, enabling the UK to transition away from fossil fuels and meet its legal targets to tackle climate change.

Marking scheme

Award 1 mark for identifying a key driver/characteristic of wind energy, and 1 mark for explaining how this relates to UK policy or resource availability. For example: Wind is a clean, carbon-free renewable resource (1) which helps the UK meet its international climate commitments to reduce carbon emissions and reach net-zero (1).
Question 17 · Explain
4 marks
Explain two reasons why building new housing developments on brownfield sites is considered more environmentally sustainable than building on greenfield sites.
Show answer & marking scheme

Worked solution

Award 1 mark for identifying a reason, and a further 1 mark for explanation, up to a maximum of 2 marks per reason. Reason 1: Brownfield developments conserve green space (1 mark), which protects natural habitats and maintains local biodiversity (1 mark). Reason 2: They are typically closer to existing urban infrastructure and transport networks (1 mark), which reduces commute distances and lowers overall greenhouse gas emissions (1 mark).

Marking scheme

Marking scheme: 2 x 2 marks. Award 1 mark for a valid reason and 1 mark for expansion that explains why it is environmentally sustainable. Acceptable reasons include: preservation of natural habitats/biodiversity, reduction of urban sprawl, cleaning up contaminated land, and reduction of transport emissions due to central location.
Question 18 · Explain
4 marks
Explain two reasons why it is important to collect primary data at different times of the day when conducting a human geography fieldwork investigation.
Show answer & marking scheme

Worked solution

Award 1 mark for identifying a reason, and a further 1 mark for explanation, up to a maximum of 2 marks per reason. Reason 1: It allows for the identification of temporal patterns (1 mark), meaning researchers can capture peak and off-peak variations in human activity to get an accurate daily picture (1 mark). Reason 2: It increases the reliability of the dataset (1 mark) by avoiding the bias of a single time-slice, which might not represent normal conditions (1 mark).

Marking scheme

Marking scheme: 2 x 2 marks. Award 1 mark for a valid reason and 1 mark for expansion that explains the importance in fieldwork. Acceptable reasons include: identifying temporal/diurnal variations, improving reliability/validity, reducing sampling bias, and capturing different user groups (e.g. commuters vs shoppers).
Question 19 · Assess
8 marks
For your physical geography fieldwork investigation, assess the effectiveness of your primary data collection method(s) in helping you study river or coastal processes.
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Worked solution

To structure an 8-mark 'Assess' fieldwork response:
1. State your primary fieldwork enquiry aim (e.g., 'To investigate how river channel characteristics change downstream along the River Bowmont').
2. Describe at least two primary data collection methods used (e.g., measuring river velocity using a digital flow meter and measuring bedload size using a calliper).
3. Critically analyze the strengths of these methods. For instance, the flow meter provided highly accurate, digital velocity readings unaffected by wind, unlike traditional float tests. The calliper provided precise numerical data in millimetres rather than subjective visual estimates.
4. Critically analyze the limitations of these methods. For example, flow meters can easily get clogged with weed or hit the riverbed, giving false low readings. Pebble sampling can suffer from selection bias if students subconsciously pick larger, more interesting rocks.
5. Provide a clear concluding judgement assessing the overall effectiveness of these methods. E.g., 'Overall, while minor inaccuracies occurred due to sampling bias, the systematic use of digital flow meters and random sampling techniques made the primary data highly effective in validating the hypothesis that velocity increases downstream.'

Marking scheme

AO3 (4 marks) & AO4 (4 marks)

Level 1 (1-3 marks): Demonstrates isolated knowledge of the fieldwork method(s). Simple description of how data was collected, with little or no evaluation of effectiveness. Structure is basic and lacking logical flow.

Level 2 (4-6 marks): Demonstrates some clear knowledge and understanding of the methods used. Some explanation of the strengths and weaknesses of the data collection methods, with some links back to the reliability of the results. Shows an attempt at a balanced assessment with an emerging conclusion.

Level 3 (7-8 marks): Offers a detailed, well-balanced assessment of the effectiveness of the primary data collection methods. Direct links are made between the quality of the methods and the validity/reliability of the final conclusions. Clear, logical structure throughout, culminating in a well-justified final judgement.
Question 20 · Assess
8 marks
For your human geography fieldwork investigation, assess the extent to which your data collection methods were successful in helping you answer your key enquiry question.
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Worked solution

To write a high-scoring response for this human geography question:
1. State your human geography key enquiry question (e.g., 'To what extent has urban regeneration improved the environmental quality and pedestrian footfall in District X?').
2. Select two core data collection methods to evaluate (e.g., Environmental Quality Surveys (EQS) and pedestrian foot counts).
3. Evaluate the success of Method 1 (EQS): It was successful because it allowed a direct, multi-criteria comparison between the regenerated and non-regenerated areas. However, its success was limited by subjectivity, as different students scored the same locations differently.
4. Evaluate the success of Method 2 (Foot counts): Doing 5-minute counts at systematic intervals gave clear, quantitative evidence of pedestrian density. However, its success was limited by timing, as counts were only done on a Tuesday morning, which may not represent weekend or evening footfall.
5. Conclude with a clear judgment: While seasonal and subjective limitations existed, the methods were overall highly successful because they provided complementary datasets (qualitative perceptions combined with quantitative physical counts) that clearly answered the enquiry question.

Marking scheme

AO3 (4 marks) & AO4 (4 marks)

Level 1 (1-3 marks): Isolated/basic points describing human fieldwork data collection. Limited or no focus on how successful the methods were in answering the enquiry question. Unstructured and lacks a clear conclusion.

Level 2 (4-6 marks): Balanced discussion showing sound understanding of the chosen human geography methods. Explains some ways the methods succeeded or failed to help answer the enquiry question. Contains a basic conclusion/judgement.

Level 3 (7-8 marks): Comprehensive and detailed assessment of the success of the data collection methods in relation to the initial enquiry. Clearly evaluates issues of subjectivity, sample size, or timing. Logical chain of reasoning leading to a fully justified final conclusion.
Question 21 · essay
12 marks
Discuss the view that building housing on brownfield sites is the most sustainable way to meet the UK’s future housing needs.
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Worked solution

Model Answer Outline:



Introduction:



  • Acknowledge the UK's severe housing shortage, driven by population growth, smaller household sizes, and regional imbalances (mostly focused in the South East).

  • Define brownfield sites (previously developed land that is currently disused) and sustainability (meeting environmental, economic, and social needs now without compromising the future).



Arguments supporting brownfield development (Sustainability Pros):



  • Environmental: Protects the UK's countryside and rural ecosystems (greenfields/Green Belt) from urban sprawl, preserving agricultural land and biodiversity. It also reduces carbon emissions by locating residents closer to existing urban centers, promoting public transport, walking, and cycling over car dependency.

  • Social: Revitalizes decaying inner-city areas, turning derelict, unsightly land into safe, usable spaces. It keeps communities together and places people near existing services (schools, clinics, jobs).

  • Economic: Redevelopment utilizes existing infrastructure (sewage, water, electricity, roads), reducing the massive public expenditure required to build new networks.



Arguments against brownfield development / Limitations (Sustainability Cons):



  • Economic/Cost: Brownfield sites are often highly contaminated from past industrial use (heavy metals, toxic waste). Decontaminating land is extremely expensive and time-consuming, making sites financially non-viable for private developers without government subsidies.

  • Physical/Scale: Many brownfield sites are small, fragmented, or awkwardly shaped, making it difficult to construct large-scale, high-density affordable housing schemes to meet the massive deficit (estimated 300,000 new homes needed annually).

  • Social: Urban brownfield land is often located in areas with existing high levels of air pollution, traffic congestion, and noise, which may impact residents' quality of life. Families often prefer larger, suburban houses with private gardens, which brownfield sites cannot easily accommodate.



Alternative Options (e.g., Greenfield development):



  • Greenfield sites are easier and cheaper to build on, allowing developers to build larger, master-planned sustainable communities (e.g., garden villages). However, this permanently destroys natural habitats, increases flood risk due to increased impermeable surfaces, and fuels commuter-belt car use.



Conclusion:



  • While brownfield development is highly sustainable from an environmental and resource-efficiency perspective, it is not a complete silver bullet. Due to the high cost of decontamination and the sheer scale of the UK housing crisis, a combined strategy is required. This would integrate brownfield regeneration with carefully managed greenfield expansions (such as sustainable 'garden cities') to meet social, economic, and environmental goals holistically.

Marking scheme

Marking Grid (12 Marks Total):



Level 1 (1–3 marks): Basic / Isolated Knowledge



  • Demonstrates isolated elements of simple geographical knowledge. Very limited or no understanding of brownfield/greenfield concepts or sustainability.

  • No synoptic links to other geographical topics (e.g., ecosystem loss, urban environments, or resource management).

  • A simple opinion is stated with little or no supporting evidence.



Level 2 (4–6 marks): Developing / Unbalanced Discussion



  • Demonstrates some geographical knowledge and understanding of brownfield sites and housing pressures.

  • Discussion is likely one-sided (focusing only on the benefits of brownfield sites) or descriptive rather than analytical.

  • Some synoptic links are attempted (e.g., mentioning urban regeneration or habitat loss) but are not fully developed or integrated.

  • An basic conclusion is provided but lacks a strong justification.



Level 3 (7–9 marks): Clear / Structured Discussion



  • Demonstrates detailed geographical knowledge and understanding of both sides of the debate (brownfield vs. greenfield/other options) in the context of sustainability (social, economic, environmental).

  • Maintains a balanced and structured discussion throughout.

  • Clear synoptic connections are made, linking housing demand to other parts of the curriculum (such as the preservation of ecosystems/biodiversity, urban air quality, or transport infrastructure).

  • A reasoned conclusion is reached, supported by geographical evidence.



Level 4 (10–12 marks): Sophisticated / Evaluative Discussion



  • Demonstrates precise, comprehensive, and detailed geographical knowledge of the housing crisis, sustainability criteria, and brownfield/greenfield differences.

  • Critically evaluates the statement, weighing economic viability (decontamination costs) against environmental and social sustainability.

  • Excellent synoptic integration, seamlessly linking physical geography impacts (e.g., flood risk, green space, carbon emissions) with human geography impacts (urban decay, services, regional economic divides).

  • Produces a highly coherent, logically structured argument ending in a well-justified, balanced conclusion on whether brownfield land is the "most" sustainable way.

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