River Landscapes in the UK (AQA GCSE Geography)

Exam Questions

2 hours26 questions
1a1 mark

Study Figure 12, a 1:50 000 Ordnance Survey map of the River Severn in Shropshire.

fig-12-june-2018-paper1-insert-gcse-aqa-geo

Using Figure 12, give the four-figure grid reference for a river floodplain.

Shade one circle only.

  • 6407

  • 6304

  • 6205

  • 6005

1b1 mark

Using Figure 12, which of the following statements best describes the features of grid square 6205?

  • A steeply sloping wooded area rising to over 250 metres in the north.

  • A gently sloping river valley with a small tributary entering from the north.

  • A south facing slope with a stream and small tributary flowing through woodland.

  • A wide flat river valley with a steeper slope in the north, rising from 50 to 80 metres

1c1 mark

Suggest one way the upper course of the River Severn may be different from that shown in Figure 12.

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22 marks

Study Figure 15, a diagram showing the long and cross profiles of a typical river and its valley.

fig-15-june-2019-paper1-qp-gcse-aqa-geo

Describe how the cross profile of the river valley changes downstream.

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32 marks

River landscapes in the UK

Study Figure 16, below, a physical map of the British Isles.

Match the following descriptions of rivers in the UK with the correct letter shown on Figure 16.

Description of river

Letter

A river which flows west from the Pennines into Liverpool Bay

 

A river which flows north east through the Fens and into the Wash

 

Figure 16-June 2020

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4a1 mark

River landscapes in the UK

Study Figure 12, a 1:50 000 Ordnance Survey map of part of Dartmoor National Park.

fig-12-nov-2021-paper-1-aqa-gcse-geography

Using Figure 12, identify a feature of the East Dart River at 627811.

4b2 marks

Describe the relief (height and shape of the land) in the highlighted grid square 6082.

4c1 mark

Study Figure 13, a photograph of the East Dart River taken looking upstream from point X on Figure 12.

fig-13-nov-2021-paper-1-aqa-gcse-geography

Using Figure 12 and Figure 13, which direction was the photographer facing when the picture was taken?
Shade one circle only.

  • North east

  • East

  • South

  • South west

4d1 mark

Suggest one way that the river valley shown in Figure 13 may change as it goes downstream.

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5a1 mark

Study Figure 13, a photograph of the River Severn and its valley. The photographer was looking northeast.

fig-13-june-2018-paper1-qp-gcse-aqa-geo

 Figure 12, a 1:50 000 Ordnance Survey map of the River Severn in Shropshire.

fig-12-june-2018-paper1-insert-gcse-aqa-geo

Using Figures 12 and 13, what is the height of the land (in metres) at the point marked X on Figure 13?

5b1 mark

Describe one feature of the meander at Y on Figure 13.

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6a1 mark

Study Figure 16, showing velocity data for a meandering river.

fig-16-june-2019-paper1-qp-gcse-aqa-geo

Complete the table in Figure 16 by calculating the median velocity, in metres per second, at point Y.

6b1 mark

Suggest one reason for the difference in river velocity between point X and point Y.

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71 mark

Which of these is a process by which a river transports sediment? 

Shade one circle only.

  • Abrasion

  • Traction

  • Deposition

  • Hydraulic power

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8a1 mark

Study Figure 17, a photograph showing river straightening along the River Cuckmere in East Sussex.

fig-17-june-2020-paper1-qp-gcse-aqa-geo

Using Figure 17, describe the relief (height and shape of the land) on either side of the straightened river.

8b1 mark

Suggest how the strategy shown in Figure 17 helps to manage the river.

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91 mark

Study Figure 18, a graph showing maximum discharge for a river between 2000 and 2018.

fig-18-june-2020-paper1-qp-gcse-aqa-geo

Using Figure 18, calculate the range of maximum discharge.

________________ cubic metres per second

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10a1 mark

River landscapes in the UK

Study Figure 14, a table of information about a river in north east England.

Figure 14 

Site

1

2

3

4

5

6

7

Distance from source (km)

2

15

27

41

57

66

78

Width of river (m)

1.9

3.2

2.9

5.6

10.4

9.0

14.6

Median size of sediment (cm)

43

18

19

15

9

2

1

Plot the width of the river at Site 6 on to the graph below.

Use the following data.

Distance from source (km)

Width of river (m)

66

9.0

figure-14-2-june-2022-paper-1-aqa-gcse-geography
10b1 mark

Using Figure 14, describe the change in river width downstream from the source.

10c1 mark

Give one reason why the median size of sediment tends to decrease downstream from the source of the river.

10d1 mark

Study Figure 15, a photograph taken in the upper course of the river and its valley.

Figure 15

figure-15-june-2022-paper-1-aqa-gcse-geography

Identify the landform shown in Figure 15. 

Shade one circle only.

  • Interlocking spurs

  • Flood plain

  • Gorge

  • Levée

10e1 mark

Using Figure 15, describe the shape of the valley sides. 

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111 mark

Which word describes the process of erosion when stones collide with each other as they move downstream?

  • Abrasion

  • Attrition

  • Hydraulic action

  • Solution

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121 mark

Give one way rivers transport material.

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131 mark

Study Figure 14, a 1:50 000 Ordnance Survey map extract showing the River Crouch estuary in Essex.

Map showing the River Crouch, highlighted grid, and adjacent areas like Holliwell Point, Clark's Hard, Great Shell Corner, East Newlands, Ridgemarsh, and Courtsend.

Using Figure 14, what is the approximate area of grid square 0495 covered by salt marsh?

  • 0.2 km2

  • 0.4 km2

  • 0.6 km2

  • 0.8 km2

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142 marks

Study Figure 15, a photograph of the Crouch estuary in Essex

Figure 15: Coastal landscape with grassy shoreline, partly submerged wooden posts, and industrial structures in the background under a cloudy sky.

Using Figure 14 and Figure 15, describe two characteristics of an estuary.

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14 marks

Explain how river meanders may change over time.

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26 marks

Study Figure 14, flood hydrographs for two different streams after the same storm.

fig-14-june-2018-paper1-qp-gcse-aqa-geo

‘Differences in the shape of flood hydrographs are caused by both human and physical factors.’
Do you agree?
Use Figure 14 and your own understanding to explain your answer.

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34 marks

Study Figure 17, a diagram showing floodplain zoning.

fig-17-june-2019-paper1-qp-gcse-aqa-geo

Explain how soft engineering strategies can help to reduce the impact of river flooding.
Use Figure 17 and your own understanding.

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46 marks

Study Figure 18, a photograph showing some features of a river in the Lake District.

fig-18-june-2019-paper1-qp-gcse-aqa-geo

Explain how the landforms shown in Figure 18 are created by physical processes.

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54 marks

Explain how river levées are formed.

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66 marks

Study Figure 19, information about Cockermouth and the impact of Storm Desmond in December 2015.

fig-19-june-2020-paper1-qp-gcse-aqa-geo

Explain how physical and human factors may affect flood risk.

Use Figure 19 and your own understanding.

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74 marks

Explain the formation of an ox-bow lake.

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86 marks

Study Figure 14, a diagram showing flood management strategies.

fig-14-nov-2021-paper-1-aqa-gcse-geography

Discuss how flood management strategies may have impacts on people and the environment.

Use Figure 14 and an example you have studied.

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94 marks

Explain how a meander may be formed by both erosion and deposition.

Use one or more diagrams to support your answer

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106 marks

Study Figure 16, different opinions expressed about hard engineering and soft  engineering.

Figure 16

Two opinion boxes on flood control: left one from a local resident advocating for hard engineering like dams, right one from an environment officer for soft engineering.

Assess the benefits of using hard engineering and soft engineering to reduce the risk of river flooding.

Use Figure 16 and your own understanding.

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114 marks

Explain how physical factors can affect flood risk.

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126 marks

Study Figure 16, an extract from a website that gives details of a flood management scheme on the River Thames.

Informational text about the floodplain of River Thames between Datchet and Teddington, detailing flood impact costs, a new flood channel plan, and benefits including flood protection and biodiversity.

Discuss the issues which can arise from flood management schemes.

Use Figure 16 and your own understanding.

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