Coastal Processes (Edexcel AS Geography): Exam Questions

Exam code: 8GE0

55 mins10 questions
1
6 marks

Explain how vegetation helps stabilise sandy coastlines.

2
4 marks

Explain two ways that geological structure influences coastal landforms.

3
9 marks

You have carried out an investigation into coastal landscapes and change.

Assess the value of secondary data at different stages of your geographical investigation.

Geographical enquiry question

4
1 mark

Name one part of the coastal littoral zone.

5a
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

Three tables show data on water presence, weathering, and cliff heights. Water: dry 1, sea 8. Weathering: very 9, not 0. Cliff height: <2m 1, >30m 5 locations.

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

The students then collated their data about water, weathering and estimated cliff height.

Calculate the % of sites where sea water was observed.

Give your answer to one decimal place.

.............................................................. %

5b
2 marks

The students concluded that the coastal profile was heavily influenced by marine processes.

Suggest one reason why the data shows this might be a sensible conclusion.

6
3 marks

Study Figure 5a below which shows two samples of nine pebbles on a beach on the east coast of England.

Average size of 9 pebbles at

the backshore

Average size of 9 pebbles at

the foreshore

Mean pebble size

38

25

Standard deviation

8.1

6.2

Figure 5a

Suggest one reason for the difference in pebble size.

7
1 mark

Study Figure 6

Split map showing Southerndown area; left side is a street map with the B4524 road, right side is a topographic elevation map. Both marked with "Box A".
Map key showing symbols and colours: roads, rivers, craggy rock areas, study area, and slope angles from flat (0°) to extremely steep (31–90°).

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 the most likely type of coastal landscape shown in Figure 6.

  • Rocky and concordant

  • Rocky and discordant

  • Sandy and concordant

  • Sandy and discordant

8
6 marks

Explain how the characteristics of coastal plains and rocky coasts differ.

9
6 marks

Explain how vegetation helps stabilise sandy coastlines.

10
16 marks

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

Text box explaining the formation of New Zealand's Southern Alps and Cook Strait, detailing tectonic activity, plate movement, uplift rates, and coastal erosion.

Figure 7a
Information about the coastal landscape of New Zealand

Diagram of coastal features showing a raised beach, present beach, fossil cliff, and current sea level with labels indicating each element.

Figure 7b
A simplified cross-section of Turakirae Head

Map showing New Zealand's North and South Islands. Labels indicate Cook Strait, Turakirae Head, Punakaiki Rocks, and tectonic plates. Arrows show tidal flow.
Diagram showing Alpine Fault with yellow arrow indicating plate movement direction and red arrow for prevailing winds, explained in the key.

Figure 7c
Satellite image of part of North and South Islands, New Zealand

Two coastal images with captions. Image 1: Turakirae Head with raised beach due to earthquakes. Image 2: Cook Strait's steep, eroded cliffs.
Rocky coastal stacks at Punakaiki with waves crashing against them; features less jointed limestone raised by tectonic processes.

Figure 7d
Distinctive landscapes along New Zealand’s coastline

Evaluate the importance of tectonic and marine processes in creating distinctive coastal landscapes in New Zealand.