DP Geography Questionbank
D.4. Future resilience and adaptation
Description
[N/A]Directly related questions
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20N.1.bp.7c.ii:
Explain how volcanic hazard vulnerability in an area such as this could be reduced using lava diversions.
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20N.1.bp.7c.i:
Explain how volcanic hazard vulnerability in an area such as this could be reduced using GPS crater monitoring.
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20N.1.bp.8b:
Evaluate pre-event strategies and post-event strategies for the management of mass movement hazards.
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21M.1.bp.7c:
Explain two possible strategies to reduce human vulnerability to rapid mass movement hazards in a mountainous area such as this.
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21N.1.bp.7c:
Suggest how two pre-event management strategies could reduce the negative impact of mass movement in an area such as this.
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22M.1.bp.8b:
Examine the effectiveness of technology and planning strategies in reducing human vulnerability to volcanic hazards.
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19M.1.bp.8b:
Examine why mass movement hazard risk in some places could change in the future.
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19M.1.bp.7c:
Explain three strategies that could increase the personal resilience of community members to an earthquake event such as the one shown in the diagram.
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19N.1.bp.8a:
Examine pre-event management strategies designed to reduce human vulnerability to mass movement hazards.
Sub sections and their related questions
D.4.1. Global geophysical hazard and disaster trends and future projections
D.4.2. Geophysical hazard adaptation through increased government planning and personal resilience
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19M.1.bp.7c:
Explain three strategies that could increase the personal resilience of community members to an earthquake event such as the one shown in the diagram.
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21M.1.bp.7c:
Explain two possible strategies to reduce human vulnerability to rapid mass movement hazards in a mountainous area such as this.
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22M.1.bp.8b:
Examine the effectiveness of technology and planning strategies in reducing human vulnerability to volcanic hazards.
D.4.3. Pre-event management strategies for mass movement, earthquakes and tsunami, volcanoes
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19N.1.bp.8a:
Examine pre-event management strategies designed to reduce human vulnerability to mass movement hazards.
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20N.1.bp.7c.i:
Explain how volcanic hazard vulnerability in an area such as this could be reduced using GPS crater monitoring.
-
20N.1.bp.7c.ii:
Explain how volcanic hazard vulnerability in an area such as this could be reduced using lava diversions.
-
20N.1.bp.8b:
Evaluate pre-event strategies and post-event strategies for the management of mass movement hazards.
-
21M.1.bp.7c:
Explain two possible strategies to reduce human vulnerability to rapid mass movement hazards in a mountainous area such as this.
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21N.1.bp.7c:
Suggest how two pre-event management strategies could reduce the negative impact of mass movement in an area such as this.
