Methodology Table

Question 1

Extrusive landforms

Answer 1

Lava plateaux, 
shield volcanoes, 
calderas, 
composite/strato volcanoes, 
lava domes, 
fissures

Question 2

Extrusive case study

Answer 2

Cascade range

Question 3

Extrusive rationale

Answer 3

I have chosen CR as its vast in aerial extent and has built up over 40,000 years as result of tectonic processes. I will refer to a wide range of extrusive landscapes here.

Question 4

Extrusive source

Answer 4

Waugh - an integrated approach (2000) Nelson Thomas

Press and siever - understanding earth (2001) freeman

Question 5

Intrusive landforms

Answer 5

Sill
Dykes
Batholith
Pluton

Question 6

Intrusive case study

Answer 6

Northern England/north west Scotland

Question 7

Intrusive rationale

Answer 7

I have chosen NE England and isle of Arran to exemplify regional scale volcanism associated with continental rifting in the paleogene period. This highlights the role of weathering and erosion in creating distinctive landscapes.

Question 8

Intrusive source

Answer 8

Press and siever - earth (1986) freeman

Question 9

Seismic landforms

Answer 9

Tear faults
Lateral faults
Stoke slip faults

Question 10

Seismic case study

Answer 10

San Andreas fault

Question 11

Seismic rationale

Answer 11

I will focus on the Californian coast to reference large scale regional seismic activity. This is active today due to continue plate movement and has created distinctive but subtle landscapes.

Question 12

Seismic source

Answer 12

Shulz and Wallace (2013) - USGS

Question 13

Other landforms I could have considered using in my report include

Answer 13

Tuff rings, lava tubes, volcanic plugs, horsts and rift valleys. However in the context of the report and the time available, I decided that the features I have focused and expanded on are more fitting.