Lesson 1.8

1.8 Prediction, forecasting and the hazard management cycle Quiz: Pearson Edexcel Geography, Unit 1

20 questions

Written by Revision Ninja · Last reviewed 11 October 2026

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Lesson 1.8, Prediction, forecasting and the hazard management cycle: 20 multiple choice questions for the Pearson Edexcel Geography (9GE0), Unit 1: Topic 1: Tectonic Processes and Hazards, written with Revision Ninja.

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The 20 questions

  1. Which two factors most strongly determine the accuracy of tectonic hazard predictions?

    • Magnitude and depth
    • Duration and scale
    • Type and location
    • Speed and frequency

  2. Why are volcanic eruptions generally easier to forecast than earthquakes?

    • Slower tectonic movement
    • Measurable precursor signals
    • Lower average magnitude
    • Smaller geographic impact

  3. Which stage of the hazard management cycle focuses on rebuilding housing and infrastructure?

    • Recovery
    • Response
    • Mitigation
    • Preparedness

  4. Creating evacuation plans and emergency drills belongs to which stage of hazard management?

    • Preparedness
    • Response
    • Mitigation
    • Recovery

  5. Which specific curve does Park's Model illustrate to compare hazard events in different regions?

    • Response curve
    • Frequency curve
    • Richter curve
    • Vulnerability curve

  6. According to the specification, which group is primarily responsible for forecasting tectonic hazards?

    • Insurers
    • Scientists
    • Local councillors
    • Emergency planners

  7. In Park's Model, what primarily causes variation in the response curve between countries?

    • Population density
    • Plate boundary type
    • Hazard magnitude
    • Level of development

  8. Why is hazard management structured as a continuous cycle rather than a linear sequence?

    • Learning informs mitigation
    • Hazards recur regularly
    • Response precedes hazard
    • Recovery replaces mitigation

  9. What is a primary role of emergency planners in the hazard management cycle?

    • Underwriting loss insurance
    • Forecasting earthquake dates
    • Designing evacuation routes
    • Constructing sea walls

  10. What factor is most likely to reduce the accuracy of a volcanic eruption forecast?

    • Remote island location
    • Sparse monitoring data
    • Steep cone gradient
    • High magma viscosity

  11. How does the hazard management cycle most effectively assist emergency planners?

    • Eliminating financial loss
    • Predicting exact timings
    • Structuring disaster investment
    • Stopping tectonic activity

  12. Why are forecasts generally more reliable for volcanic eruptions than for earthquakes?

    • Uniform spatial distribution
    • Detectable precursor signals
    • Lower kinetic energy
    • Slower onset speed

  13. In Park's Model, what metric measures the time taken to restore normal life?

    • Disruption threshold
    • Recovery time
    • Relief stage duration
    • Pre-disaster baseline

  14. Which activity is specifically classified as a mitigation strategy in hazard management?

    • Distributing emergency aid
    • Search and rescue
    • Setting evacuation plans
    • Land-use zoning

  15. Which stage of the hazard management cycle focuses on community education and emergency planning?

    • Recovery
    • Mitigation
    • Response
    • Preparedness

  16. What is the primary objective of scientific prediction for tectonic hazards?

    • Providing aid
    • Preventing earthquakes
    • Rebuilding homes
    • Issuing warnings

  17. Which aspect of earthquake occurrence is currently most accurate for scientists to forecast?

    • Exact magnitude
    • Long-term likelihood
    • Short-term timing
    • Precise location

  18. Which stage of the hazard management cycle aims to reduce future losses through long-term planning and engineering?

    • Mitigation
    • Preparedness training
    • Recovery
    • Response

  19. Why is immediate action critical during the response phase following a tsunami?

    • Long-term planning
    • Slow economic growth
    • Rapid wave arrival
    • High insurance costs

  20. What must accompany a hazard forecast to ensure communities act effectively?

    • Insurance payouts
    • Evacuation plans
    • Engineering defences
    • International aid

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