Coastal Landforms & Landscapes (Edexcel AS Geography): Exam Questions

Exam code: 8GE0

2 hours19 questions
1
1 mark

Identify one landform caused by mass movement.

2
4 marks

Explain two parts of a coastal sediment cell system.

3
6 marks

Explain how transport and deposition processes produce distinctive coastal landforms.

4a
1 mark

Study Figure 6 below.

A group of students were preparing to collect fieldwork data about the movement of coastal sediment in Cornwall, SW England.

As part of their preparations they consulted a website that showed data about the typical wind direction at their fieldwork location for one month.

This data was presented on a rose diagram, shown below.

Radar chart showing wind direction frequency, highlighting high occurrence from the South-West, with labelled concentric circles at 10% intervals.

Figure 6
Wind directions in one month in Cornwall

Complete the rose diagram above to show the % of days that the wind came from W-NW using data in the table below.

Wind direction

% of days recorded

W-NW

20%

4b
1 mark

Identify the category that is the dominant wind direction.

  • S-SW

  • E-SE

  • W-NW

  • NW-N

4c
1 mark

Identify the most suitable statistical technique to test if there is a significant difference between the observed and expected number of days that wind came from a particular direction.

  • Chi-squared

  • Lorenz curve

  • Spearman’s rank

  • T-test

4d
2 marks

Suggest a suitable hypothesis or key question that the students could investigate.

4e
4 marks

The students then planned to collect primary fieldwork about coastal sediment in the surrounding area.

Explain two primary fieldwork methods that could be used to extend this investigation.

5
16 marks

Study Figures 7a, 7b, 7c and 7d

Bullet points about Costa Rica's tectonic activity, sea level changes, volcanic activity, and contrasting coastlines on the Pacific and Caribbean.

Figure 7a
Information about the two coastlines of Costa Rica

Map of Central America showing tectonic plates, coastlines, and the 1991 Limon earthquake in Costa Rica. Includes a key for features like volcanoes and faults.

Figure 7b
Tectonic and coastal features of Costa Rica

Flowchart explaining tectonic and coastal processes on the Pacific and East Coasts. Key labels orange for tectonic, blue for coastal, and dashed for distinctive landscape.

Figure 7c
Flow chart showing the interactions between coastal
and tectonic processes in Costa Rica

Top image shows a tranquil beach with palm trees on the East Coast. Bottom image depicts the Arenal volcano with lush greenery and a river in the foreground.
Aerial view of the West Pacific Coast showing lush green forest, rocky shoreline, and turquoise sea; text highlights erosion and tectonic uplift features.

Figure 7d
Three landscapes from Costa Rica

Evaluate the extent to which the distinctive coastal landscape of Costa Rica is caused by tectonic activity.

6a
2 marks

Study Figure 4

Concrete sea wall leading to the ocean with pebbled beach. Arrows marked A and B indicate direction. Compass in the corner points north.

Figure 4
The beach either side of a concrete groyne at Felixstowe, Suffolk

Describe the direction of sediment transport in Figure 4.

6b
3 marks

Suggest one reason for the change in sediment size along transect AB shown in Figure 4.

7
12 marks

Assess the extent to which transport and deposition processes are more important than erosional processes in creating distinctive coastal landscapes.

8a
1 mark

A group of students collected fieldwork data about cliff profiles at 15 different locations along a section of the north Cornwall coastline.

Study Figure 7

Chart detailing water evidence, weathering, and cliff height at locations. Water: dry 1, sea 8; weathering: very 9, none 0; height: 15–30m at 6 sites.

Figure 7
Collated data collection sheets from group fieldwork in an
active coastal landscape in Cornwall

Identify the modal class for the evidence of weathering.

8b
4 marks

The students then critically reflected on the methods that they used to collect their fieldwork data.

Explain two ways the data collection methods could be improved.

9
6 marks

Using a named example, explain the sediment cell concept.

Named example:

10a
1 mark

Study Figure 6

Split map image showing Southerndown on the left with roads and coast, and a topographic heat map on the right highlighting elevation changes.
Map key detailing symbols for roads, water bodies, craggy rocks, and study areas, with a slope angle colour gradient from flat to extremely steep.

Figure 6
Geographic Information System (GIS) maps showing slope angle
around Southerndown, Glamorgan Heritage Coast, Wales

A group of students used GIS to find secondary information about the relief of the Glamorgan Heritage Coast in South Wales in order to help plan their fieldwork investigation into coastal landscapes.

Identify one coastal landform shown in box A.

10b
3 marks

Describe the angle of slope the students might expect to find at this stretch of coastline.

11
9 marks

You have carried out primary fieldwork to investigate coastal landscapes and change.

Assess the effectiveness of the techniques you used to present and analyse your fieldwork data.

Geographical enquiry question:

12
1 mark

Identify the factor which affects the direction of coastal sediment movement.

  • Wave type

  • Longshore drift

  • Sediment cell

  • Sediment shape

13
2 marks

Complete A and B in Figure 5a below.

Diagram illustrating coastal processes with eroding sea cliffs, a river, sediment flow marked by arrows, a rip current, and an offshore ridge.

Figure 5a
Coastal sediment system

14
4 marks

Explain two processes of weathering on a coastline.

15a
1 mark

Study Figure 6a below.

A group of students used data about sediment size, from samples taken from four sites along the south coast of England, as part of an investigation about spit formation.

Beach site

Site 1

Site 2

Site 3

Site 4

Number of

pebbles

> 5mm

27

20

12

5

Figure 6a

State one reason for studying sediment size.

15b
1 mark

Study Figure 6b below.

The students carried out a Chi2 test to determine if there was any pattern in the distribution of pebble sizes > 5mm.

The formula for Chi2 (X2) is:

X squared equals sum from blank to blank of open parentheses O minus E close parentheses squared over E

sum from blank to blank of equals sum space of

Beach site

Site 1

Site 2

Site 3

Site 4

Observed (O)

28

20

11

5

Expected (E)

16

16

16

16

(O − E)2

144

16

121

(O − E)2/E

9

1

1.6

7.6

Figure 6b

Complete the table above by calculating the missing number in the Site 3 column.

15c
1 mark

Calculate the value of Chi2(X2) for the data given.

Chi2 (X2)= ...............................

15d
2 marks

Suggest one reason for carrying out a Chi2 (X2)test on this data set.

15e
4 marks

Explain two primary fieldwork methods that might have been used to extend this investigation on spit formation.

16
9 marks

You have carried out primary fieldwork to investigate coastal landscapes and change.

Assess how the sampling procedures and sample size affected your results.

Geographical enquiry question:

17
1 mark

State one process of mass movement that occurs in coastal landscapes.

18
1 mark

Study Figure 6

Chart showing vegetation cover percentage across a footpath in managed (blue) and unmanaged (red) areas, varying distances marked from 0 to 5 metres.

Figure 6
Kite diagrams showing footpath erosion in two areas
of sand dunes at Studland Bay, Dorset

A group of students collected data about footpath erosion at Studland Bay, a sand dune coastline in Southern England.

They measured vegetation cover across a transect on:

1. a managed footpath

2. an unmanaged footpath.

They presented their findings as two kite diagrams.

Identify one qualitative method the students might use to compare these two transects.

19
9 marks

You have carried out primary fieldwork to investigate coastal landscapes and change.

Assess the accuracy and reliability of the primary data that you collected as part of your geographical investigation.

Geographical enquiry question: