Lesson 3.1.5.7

3.1.5.7 Hazards: case studies Quiz: AQA Geography, Unit 1

20 questions

Written by Revision Ninja · Last reviewed 11 October 2026

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Lesson 3.1.5.7, Hazards: case studies: 20 multiple choice questions for the AQA Geography (7037), Unit 1: Physical geography, written with Revision Ninja.

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The 20 questions

  1. A case study of a multi-hazardous environment is most useful for showing:

    • That all hazards have identical impacts everywhere, so the same management strategy works in every region
    • That only one hazard ever affects a region at a time, so planning can focus on a single threat
    • That hazards never affect people who choose to live close to them, because they learn to avoid danger
    • How several hazards interact and how human responses such as resilience and adaptation affect continuing occupation

  2. In a local-scale hazard case study, which analysis best links the physical hazard to the community?

    • Describing the colour of local buildings and the materials used in their construction over several decades
    • Listing the global population of the country in which the community is located, with census figures
    • Measuring only the depth of the nearest river and comparing it with the depth recorded in previous years
    • Explaining how the economic, social and political character of the community reflects the hazard and its response

  3. Which criterion is most important when evaluating a hazard response in a case study?

    • Whether it was adopted in a neighbouring country first, so that it can be copied elsewhere quickly
    • Whether it reduces impacts and how it affects the community's capacity to recover
    • Whether it is shown in a national newspaper or broadcast on television to a wide audience at the time
    • Whether it is the most expensive option available to the government when it was first proposed

  4. Which term describes a community's ability to recover quickly from a hazard event?

    • Distribution, the spatial pattern of where a hazard is located across the landscape in the study area
    • Resilience, the capacity of a community to absorb shocks, adapt and recover
    • Frequency, the number of times a given type of hazard event occurs in a region over a fixed period
    • Magnitude, the size of the physical event as measured by the energy it releases at its source

  5. Which factor is most likely to affect how a community responds to a hazard in a case study?

    • The colour of its local shops, which can indicate how prosperous the community has been in recent years
    • Its economic resources, governance and social networks
    • The average height of its buildings, which determines how much shaking they can withstand in an earthquake
    • The number of tourists visiting the area in the summer, which affects how much warning people receive

  6. Which is the most appropriate way to use quantitative data in a hazard case study?

    • To replace all qualitative evidence with a single number that summarises the whole experience of the community
    • To show trends in losses, frequency or population exposure over time
    • To describe only the colour of the landscape and the vegetation cover visible on satellite images
    • To avoid any reference to the community's experience, focusing only on the physical characteristics of the hazard

  7. Which feature suggests a community is adapting to a hazard rather than only responding to it?

    • A single emergency evacuation with no follow-up, after which the community returns to its normal routines
    • Donations collected once after a disaster, which are spent on immediate needs and not reinvested
    • Long-term changes such as building codes and land-use planning introduced to reduce future risk
    • Temporary relief supplies distributed for one week, which are then withdrawn as the emergency ends

  8. Which of these is an example of mitigation within a hazard case study?

    • Distributing food after a flood has passed, supplying families who lost their stored food and income
    • Counselling families who lost homes in a flood, helping them cope with the emotional impact of the event
    • Constructing flood defences that reduce the scale of flooding in the community
    • Recording the number of flood victims for the official record, so that the scale of the disaster is known

  9. Which statement best evaluates the claim that a hazard is a purely environmental problem?

    • Hazard impacts reflect the interaction of physical events with social, economic and political conditions in the community
    • Hazard impacts depend only on the physical event, with no role for social or economic factors in the outcome
    • Hazards never affect the economy of a community, since economic activity continues regardless of the event
    • Hazards are environmental only if they occur in rural areas, while urban hazards are classed as social problems

  10. Which secondary impact of a hazard would be most relevant in a case study of a community after a major event?

    • Loss of livelihoods when farms or businesses are destroyed and cannot reopen for many months
    • Direct heat from the hazard's central core, which affects residents close to the event
    • Immediate formation of the hazard itself, which occurs at the moment the physical event begins
    • Immediate burial of the community's buildings under debris as the physical event strikes the settlement

  11. A case study identifies a community with high exposure and low economic resources. Which outcome is most likely?

    • Greater vulnerability and slower recovery than a wealthier community facing the same hazard
    • Less vulnerability because the community has fewer assets that could be damaged by the hazard event
    • Faster recovery because its buildings are cheaper to replace and its residents have fewer possessions to lose
    • No impact from the hazard because the community is poor and therefore not located in hazardous areas

  12. Which statement about the use of case studies in hazard geography is most accurate?

    • They prove that all hazards behave in exactly the same way everywhere, so the same management plan can be copied
    • They show that human responses never change, since communities always respond to hazards in the same manner
    • They replace the need for any general theory, since each case study is unique and cannot be generalised
    • They allow general principles about hazards to be tested against specific places and people

  13. Which response best reflects the Park model of human response to hazards in a case study?

    • A community ranging from fatalism to management and risk sharing over time
    • A community that always responds in exactly the same way to every hazard event it experiences over time
    • A community that uses only prediction and no other form of response to hazard events in the region
    • A community that ignores hazards entirely and makes no attempt to plan for or reduce their potential impacts

  14. A community hit by two hazards in quick succession suffers greater losses than from either alone. Which concept best describes this?

    • Hazard perception, the way people understand and feel about the risk of hazards in their community
    • Risk sharing, the spreading of financial losses across many people through insurance or pooled funds
    • Compound or cascading hazard impacts, where combined effects produce losses greater than either event alone
    • Hazard magnitude, the energy released by a single physical event measured at its source

  15. Which data source is most appropriate for investigating changes in hazard vulnerability over time in a local community?

    • Only the community's social media posts from one week, which reflect the views of a small group
    • Only the regional weather forecast for tomorrow, which gives short-term information on conditions
    • Census data and records of past events, combined with local interviews
    • Only satellite images taken in a single year, which show the community at one point in time

  16. Which feature of a community is most likely to reduce its vulnerability to a hazard?

    • Dense settlement on a flood-prone floodplain, which concentrates people and property close to the hazard
    • Absence of any local government or organisations, so that decisions are made by individuals acting alone
    • Reliance on a single source of income, which keeps the community focused on one economic activity
    • Effective early warning, enforced building standards and strong local organisations

  17. Which conclusion is best supported by a comparison of two contrasting places facing the same hazard?

    • The physical event always causes identical impacts everywhere, regardless of the economic or political conditions
    • Differences in economic capacity and governance can produce very different impacts from the same physical event
    • Governance has no effect on impacts from hazards, which depend entirely on how strongly the physical event occurs
    • Economic capacity only affects tourism in each place, and has no bearing on how hazards are managed or recovered from

  18. Which is an example of a long-term adaptation to flood hazard in a case study?

    • Relocating new development out of the floodplain and changing land-use zoning
    • Holding an emergency meeting after the water has receded to discuss the response to the flood
    • Pumping floodwater out of homes on the day of the flood, using pumps brought in by emergency services
    • Distributing blankets in the week after flooding, providing immediate warmth to affected residents

  19. Which claim about the local versus contrasting place in a case study is most defensible?

    • Local and distant places always have identical hazard risks, so comparison adds nothing to the analysis
    • Distant places are irrelevant to understanding local hazard risk, since each place must be studied in isolation
    • Comparing a local community with a distant contrasting place can reveal how economic and political conditions shape hazard impacts
    • Local communities are never affected by distant events, so global connections have no role in local hazard outcomes

  20. Which statement about the role of resilience in a multi-hazardous environment is most accurate?

    • Resilience applies only to ecosystems and not to people, since human communities cannot adapt to hazards
    • Resilience is irrelevant once a hazard has passed, since the community then returns to its original state automatically
    • Resilience helps communities absorb repeated hazards and continue to occupy the area
    • Resilience means that a community never experiences losses, so the impact of hazards is avoided entirely over time

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