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Tectonic Enquiry 2 - Statistics

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General Stats
  • This quiz has been taken 1 time
  • The average score is 5 of 80
Answer Stats
Hint Answer % Correct
Hazard profile characteristic Areal extent
100%
Hazard profile characteristic Duration
100%
VEI factor Duration
100%
Hazard profile characteristic Frequency
100%
Hazard profile characteristic Magnitude
100%
MIS range 1-12
0%
VEI range 1-8
0%
FEMA 2022 budget 29 billion USD
0%
Urbanisation Access to food, shelter, medical intervention
0%
When? A comunity can no longer cope with the challenges
0%
Housing factors Building codes
0%
Resilience Capacity to cope and recover
0%
Isolation Communication infrastructure
0%
Vulnerability factors Development
0%
Governance Disaster management agencies
0%
Governance Disaster management plans
0%
DEGG Theory Disaster occurs where a natural hazard event meets a vulnerable population
0%
Mega-disaster Disaster with regional or global impact
0%
Healthcare factors Disease risk
0%
Healthcare factors Drugs
0%
PAR Model section Dynamic pressures
0%
Governance Education
0%
Healthcare factors Emergency response teams
0%
Population density Emergency services and facilities under more pressure
0%
Mw scale measures Energy released in the seismic moment at the epicentre
0%
Governance Environmental management
0%
Population density Evacuation difficulty
0%
PAR Model Explains socioeconomic context
0%
Healthcare factors Facilities
0%
FEMA Federal Emergency Management Agency
0%
Disaster Hazard with significant impact on a population
0%
Risk equation Hazard x Vulnerability / Resilience
0%
Governance Health
0%
PAR Model Highlights the importance of economic development
0%
Housing factors Informal settlements
0%
Urbanisation Informal settlements
0%
Geographical factors Isolation
0%
Low income factors Lack emans to protect themselves
0%
Vulnerability Level to which an area or community will be affected
0%
Vulnerability factors Location
0%
Healthcare factors Lower immunity
0%
Governance goals Make a population less vulnerable
0%
Healthcare factors Malnourishment
0%
VEI factor Material ejected
0%
Healthcare factors Materials
0%
Governance goals Meet basic needs
0%
Earthquake scale Mercalli Intensity Scale
0%
Governance Mitigation measures
0%
Earthquake scale Moment Magnitude Scale
0%
Mw range No limit
0%
Education factors Percieving and understanding
0%
Healthcare factors Personnel
0%
VEI factor Plume height
0%
Vulnerability factors Population density
0%
Geographical factors Population density
0%
Risk Potential exposure to a disaster
0%
Hazard Potential threat to human life or property
0%
Resilience factors Pre-panning
0%
Education factors Public information systems
0%
VEI factor Qualitative observations
0%
Education factors Reading
0%
Housing factors Rebuilding
0%
Low income factors Rebuilding
0%
Isolation Rescue time
0%
Isolation Road maintenance
0%
PAR Model section Root causes
0%
Low income factors Savings
0%
Hazard profiles Show the severity of hazards by comparing six characteristics
0%
Hazard profile characteristic Spacial predictability
0%
Hazard profile characteristic Speed of onset
0%
Housing factors Substandard
0%
Education factors Suspicion
0%
Resilience factors Systems in place
0%
Mw scale measures The shift along a fault line
0%
Inequality Unequal distirbution of monetary and physical resources
0%
PAR Model section Unsafe conditions
0%
Geographical factors Urbanisation
0%
Volcano scale Volcanic Explosivity Index
0%
Urbanisation Vulnerable structures
0%
Low income factors Workplace insurance
0%
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