DISASTER MANAGEMENT
G+1 COMPREHENSIVE
EXAMINATION
157 Multiple-Choice Questions with Correct Answers & Rationales
Four Sections: DRR & Hazard Assessment | Emergency Preparedness & ICS
Recovery & Resilience | Logistics, Legal/Ethics & 2024 Updates
Generated: 2026-08-04
Cognitive Levels: ~30%% Recall | ~50%% Application | ~20%% Analysis
Question Style: ~75%% Scenario-Based | ~25%% Direct
,Section 1: Disaster Risk Reduction, Mitigation, & Hazard Assessment
(Q1-Q40)
Q1: A disaster manager is preparing a hazard map for a coastal city prone to cyclones, storm
surge, and tsunamis. Which mapping approach BEST integrates temporal probability of
hazard events with spatial exposure of community assets?
A. Overlaying historical hazard footprints onto current land-use maps
B. Multi-hazard risk mapping using probability-weighted scenario layers [CORRECT]
C. Static exposure mapping based solely on asset location and value
D. Participatory mapping using only community memory of past events
Rationale: Multi-hazard risk mapping that layers probability-weighted scenarios captures both the likelihood
dimension and spatial exposure, providing the most actionable output for planning.
Q2: During a Vulnerability and Capacity Assessment (VCA) in a flood-prone rural community,
the team discovers that women and girls walk 3 km daily to fetch water. How should this
finding influence the disaster risk reduction strategy?
A. It should be noted but not affect hazard mitigation priorities
B. It reveals gendered exposure and should drive gender-sensitive mitigation and evacuation
planning [CORRECT]
C. It is irrelevant since water access is a development issue, not a DRR issue
D. It means water trucking should be the primary emergency response
Rationale: Gender-sensitive DRR recognizes that differential daily activities create distinct exposure patterns.
This finding should inform evacuation route planning, shelter placement, and water infrastructure as mitigation.
Q3: A risk matrix plots likelihood on the Y-axis and consequence on the X-axis. A hazard
event scores 'Likely' (4) on probability and 'Catastrophic' (5) on impact. What is the composite
risk score, and what does it typically signify?
A. Score = 9; moderate risk requiring monitoring only
B. Score = 20; extreme risk requiring immediate intensive mitigation [CORRECT]
C. Score = 1; low risk acceptable without action
D. Score = 20; high probability requiring only warning systems
Rationale: The composite risk score is 4 x 5 = 20. In standard 5x5 matrices, this falls in the extreme/critical zone
requiring urgent, intensive mitigation measures.
Q4: A city plans to reduce earthquake risk. Which combination represents a STRUCTURAL
and a NON-STRUCTURAL mitigation measure respectively?
A. Retrofitting bridges and conducting public earthquake drills [CORRECT]
B. Enforcing building codes and stockpiling sandbags
C. Building a seawall and updating the emergency operations plan
D. Relocating utilities underground and distributing evacuation maps
Rationale: Retrofitting bridges is a structural measure (physical modification), while conducting earthquake drills
is a non-structural measure (awareness, training, planning).
Q5: Under FEMA's mitigation planning requirements, which element must a local hazard
mitigation plan include to remain eligible for certain federal grants?
A. A detailed budget for response operations during disasters
B. A risk assessment identifying hazards, profiling assets, and estimating losses [CORRECT]
C. A complete inventory of all private-sector response resources
D. An agreement with neighboring jurisdictions for shared emergency shelters
Rationale: FEMA requires a risk assessment that identifies hazards, profiles community assets, and estimates
potential losses as a core element of a hazard mitigation plan for grant eligibility.
,Q6: The Sendai Framework for Disaster Risk Reduction 2015-2030 has seven targets. Which of
the following is one of those targets?
A. Reduce global disaster mortality by 50% by 2030
B. Substantially reduce global disaster mortality by 2030 [CORRECT]
C. Eliminate all disaster-related economic losses by 2030
D. Achieve zero population exposure to hazards by 2030
Rationale: The first Sendai target is to 'substantially reduce global disaster mortality' by 2030. It uses
'substantially reduce' not a specific percentage target.
Q7: HAZUS-MH is a FEMA-developed software tool. A planner uses it to estimate potential
building losses from a magnitude 7.0 earthquake. Which HAZUS methodology level provides
the most detailed but resource-intensive analysis?
A. Level 1 — default national data with no local input
B. Level 2 — user-supplied local data for improved accuracy
C. Level 3 — advanced inventory and expert-supplied damage functions [CORRECT]
D. Level 4 — real-time satellite imagery integration for loss estimation
Rationale: HAZUS Level 3 analysis incorporates advanced local inventories and expert-supplied damage
functions, providing the highest accuracy but requiring significant data and expertise.
Q8: A community-based disaster risk reduction (CBDRR) program is being designed for a
landslide-prone indigenous village. Which approach BEST ensures community ownership and
sustainability?
A. Having the national government mandate all mitigation activities
B. Partnering with community leaders to co-design hazard monitoring and early warning
systems [CORRECT]
C. Relying entirely on external NGO funding for all activities
D. Focusing exclusively on structural engineering solutions designed by outside experts
Rationale: CBDRR principles emphasize participatory approaches where communities co-design solutions.
Partnering with local leaders for early warning systems ensures cultural relevance and ownership.
Q9: A cost-benefit analysis (CBA) for a flood mitigation project shows a Benefit-Cost Ratio
(BCR) of 3.2. How should this result be interpreted?
A. The project costs 3.2 times more than its benefits and should be rejected
B. For every $1 invested, the project returns $3.20 in avoided losses [CORRECT]
C. The project will break even in 3.2 years
D. The project benefits only 32% of the at-risk population
Rationale: A BCR of 3.2 means that for every dollar invested in mitigation, $3.20 in disaster losses are avoided. A
BCR greater than 1.0 indicates a positive economic return.
Q10: Climate change acts as a 'hazard multiplier.' In a river basin already prone to seasonal
flooding, which mechanism BEST illustrates this multiplier effect?
A. Increased rainfall intensity extending the flood return period
B. More frequent and intense rainfall events increasing flood frequency and severity beyond
historical records [CORRECT]
C. Higher temperatures reducing river flow and thus flood risk
D. Changing wind patterns redirecting floods to neighboring basins
Rationale: Climate change as a hazard multiplier means existing hazards become more frequent and/or severe.
More intense rainfall increases flood frequency and severity beyond what historical data alone would predict.
Q11: Which standard is MOST directly relevant to designing resilient infrastructure that can
withstand and recover from disruptive events?
A. ISO 14001 — Environmental Management Systems
, B. ISO 22316 — Organizational Resilience [CORRECT]
C. ISO 9001 — Quality Management Systems
D. ISO 31000 — Risk Management Guidelines
Rationale: ISO 22316 specifically addresses organizational resilience, including principles for designing
infrastructure and organizations to anticipate, prepare for, respond to, and adapt to disruptive events.
Q12: A disaster manager conducts a multi-hazard assessment for a volcanic island. The
assessment identifies lahars, pyroclastic flows, ashfall, and tsunamis. Which principle is
MOST important when analyzing the INTERACTION of these hazards?
A. Analyze each hazard independently and sum individual risk scores
B. Assess cascading and compounding effects where one hazard triggers or amplifies another
[CORRECT]
C. Focus only on the hazard with the highest historical fatality rate
D. Use the same mitigation strategy for all identified hazards
Rationale: Multi-hazard assessment must evaluate cascading and compounding effects. A volcanic eruption can
trigger lahars, which can cause tsunamis, creating interconnected risks that exceed simple sum-of-parts analysis.
Q13: The 'poverty-risk cycle' describes a self-reinforcing relationship between poverty and
disaster risk. Which sequence BEST represents this cycle?
A. Poverty → strong social networks → reduced vulnerability → less poverty
B. Poverty → unsafe housing/location → higher disaster losses → deeper poverty → continued
vulnerability [CORRECT]
C. Poverty → government aid → reduced risk → economic growth
D. Disaster → international aid → infrastructure development → poverty reduction
Rationale: The poverty-risk cycle shows that poverty forces people into unsafe conditions, disasters then cause
disproportionate losses, deepening poverty and perpetuating vulnerability in a reinforcing loop.
Q14: A flood early warning system is being designed. Which risk communication principle is
MOST critical for ensuring at-risk residents take protective action?
A. Use technical jargon to convey scientific precision and authority
B. Provide clear, specific, actionable messages through trusted local channels [CORRECT]
C. Issue warnings only when certainty reaches 100% to avoid false alarms
D. Communicate exclusively through national television broadcasts
Rationale: Effective risk communication requires clear, actionable messages delivered through trusted channels.
People are more likely to act when messages are specific (what to do, when, where) and come from sources they
trust.
Q15: A municipality repeatedly experiences severe flooding in a riverside neighborhood. After
structural mitigation (levee) fails twice, the city considers a property buyout program. What is
the PRIMARY advantage of buyouts over repeated structural mitigation?
A. Buyouts are always less expensive than any structural measure
B. Buyouts permanently remove people and property from harm, eliminating future risk
[CORRECT]
C. Buyouts increase the local tax base by attracting new development
D. Buyouts allow residents to rebuild immediately in the same location
Rationale: Property buyouts permanently remove exposure by converting flood-prone land to open space. Unlike
structural measures that can fail or be overtopped, buyouts eliminate the risk at that location permanently.
Q16: A capability assessment for a local emergency management agency reveals gaps in
mass care and sheltering. According to FEMA's THIRA (Threat and Hazard Identification and
Risk Assessment) process, what should follow this identification?
A. Immediately request federal funding without further analysis
G+1 COMPREHENSIVE
EXAMINATION
157 Multiple-Choice Questions with Correct Answers & Rationales
Four Sections: DRR & Hazard Assessment | Emergency Preparedness & ICS
Recovery & Resilience | Logistics, Legal/Ethics & 2024 Updates
Generated: 2026-08-04
Cognitive Levels: ~30%% Recall | ~50%% Application | ~20%% Analysis
Question Style: ~75%% Scenario-Based | ~25%% Direct
,Section 1: Disaster Risk Reduction, Mitigation, & Hazard Assessment
(Q1-Q40)
Q1: A disaster manager is preparing a hazard map for a coastal city prone to cyclones, storm
surge, and tsunamis. Which mapping approach BEST integrates temporal probability of
hazard events with spatial exposure of community assets?
A. Overlaying historical hazard footprints onto current land-use maps
B. Multi-hazard risk mapping using probability-weighted scenario layers [CORRECT]
C. Static exposure mapping based solely on asset location and value
D. Participatory mapping using only community memory of past events
Rationale: Multi-hazard risk mapping that layers probability-weighted scenarios captures both the likelihood
dimension and spatial exposure, providing the most actionable output for planning.
Q2: During a Vulnerability and Capacity Assessment (VCA) in a flood-prone rural community,
the team discovers that women and girls walk 3 km daily to fetch water. How should this
finding influence the disaster risk reduction strategy?
A. It should be noted but not affect hazard mitigation priorities
B. It reveals gendered exposure and should drive gender-sensitive mitigation and evacuation
planning [CORRECT]
C. It is irrelevant since water access is a development issue, not a DRR issue
D. It means water trucking should be the primary emergency response
Rationale: Gender-sensitive DRR recognizes that differential daily activities create distinct exposure patterns.
This finding should inform evacuation route planning, shelter placement, and water infrastructure as mitigation.
Q3: A risk matrix plots likelihood on the Y-axis and consequence on the X-axis. A hazard
event scores 'Likely' (4) on probability and 'Catastrophic' (5) on impact. What is the composite
risk score, and what does it typically signify?
A. Score = 9; moderate risk requiring monitoring only
B. Score = 20; extreme risk requiring immediate intensive mitigation [CORRECT]
C. Score = 1; low risk acceptable without action
D. Score = 20; high probability requiring only warning systems
Rationale: The composite risk score is 4 x 5 = 20. In standard 5x5 matrices, this falls in the extreme/critical zone
requiring urgent, intensive mitigation measures.
Q4: A city plans to reduce earthquake risk. Which combination represents a STRUCTURAL
and a NON-STRUCTURAL mitigation measure respectively?
A. Retrofitting bridges and conducting public earthquake drills [CORRECT]
B. Enforcing building codes and stockpiling sandbags
C. Building a seawall and updating the emergency operations plan
D. Relocating utilities underground and distributing evacuation maps
Rationale: Retrofitting bridges is a structural measure (physical modification), while conducting earthquake drills
is a non-structural measure (awareness, training, planning).
Q5: Under FEMA's mitigation planning requirements, which element must a local hazard
mitigation plan include to remain eligible for certain federal grants?
A. A detailed budget for response operations during disasters
B. A risk assessment identifying hazards, profiling assets, and estimating losses [CORRECT]
C. A complete inventory of all private-sector response resources
D. An agreement with neighboring jurisdictions for shared emergency shelters
Rationale: FEMA requires a risk assessment that identifies hazards, profiles community assets, and estimates
potential losses as a core element of a hazard mitigation plan for grant eligibility.
,Q6: The Sendai Framework for Disaster Risk Reduction 2015-2030 has seven targets. Which of
the following is one of those targets?
A. Reduce global disaster mortality by 50% by 2030
B. Substantially reduce global disaster mortality by 2030 [CORRECT]
C. Eliminate all disaster-related economic losses by 2030
D. Achieve zero population exposure to hazards by 2030
Rationale: The first Sendai target is to 'substantially reduce global disaster mortality' by 2030. It uses
'substantially reduce' not a specific percentage target.
Q7: HAZUS-MH is a FEMA-developed software tool. A planner uses it to estimate potential
building losses from a magnitude 7.0 earthquake. Which HAZUS methodology level provides
the most detailed but resource-intensive analysis?
A. Level 1 — default national data with no local input
B. Level 2 — user-supplied local data for improved accuracy
C. Level 3 — advanced inventory and expert-supplied damage functions [CORRECT]
D. Level 4 — real-time satellite imagery integration for loss estimation
Rationale: HAZUS Level 3 analysis incorporates advanced local inventories and expert-supplied damage
functions, providing the highest accuracy but requiring significant data and expertise.
Q8: A community-based disaster risk reduction (CBDRR) program is being designed for a
landslide-prone indigenous village. Which approach BEST ensures community ownership and
sustainability?
A. Having the national government mandate all mitigation activities
B. Partnering with community leaders to co-design hazard monitoring and early warning
systems [CORRECT]
C. Relying entirely on external NGO funding for all activities
D. Focusing exclusively on structural engineering solutions designed by outside experts
Rationale: CBDRR principles emphasize participatory approaches where communities co-design solutions.
Partnering with local leaders for early warning systems ensures cultural relevance and ownership.
Q9: A cost-benefit analysis (CBA) for a flood mitigation project shows a Benefit-Cost Ratio
(BCR) of 3.2. How should this result be interpreted?
A. The project costs 3.2 times more than its benefits and should be rejected
B. For every $1 invested, the project returns $3.20 in avoided losses [CORRECT]
C. The project will break even in 3.2 years
D. The project benefits only 32% of the at-risk population
Rationale: A BCR of 3.2 means that for every dollar invested in mitigation, $3.20 in disaster losses are avoided. A
BCR greater than 1.0 indicates a positive economic return.
Q10: Climate change acts as a 'hazard multiplier.' In a river basin already prone to seasonal
flooding, which mechanism BEST illustrates this multiplier effect?
A. Increased rainfall intensity extending the flood return period
B. More frequent and intense rainfall events increasing flood frequency and severity beyond
historical records [CORRECT]
C. Higher temperatures reducing river flow and thus flood risk
D. Changing wind patterns redirecting floods to neighboring basins
Rationale: Climate change as a hazard multiplier means existing hazards become more frequent and/or severe.
More intense rainfall increases flood frequency and severity beyond what historical data alone would predict.
Q11: Which standard is MOST directly relevant to designing resilient infrastructure that can
withstand and recover from disruptive events?
A. ISO 14001 — Environmental Management Systems
, B. ISO 22316 — Organizational Resilience [CORRECT]
C. ISO 9001 — Quality Management Systems
D. ISO 31000 — Risk Management Guidelines
Rationale: ISO 22316 specifically addresses organizational resilience, including principles for designing
infrastructure and organizations to anticipate, prepare for, respond to, and adapt to disruptive events.
Q12: A disaster manager conducts a multi-hazard assessment for a volcanic island. The
assessment identifies lahars, pyroclastic flows, ashfall, and tsunamis. Which principle is
MOST important when analyzing the INTERACTION of these hazards?
A. Analyze each hazard independently and sum individual risk scores
B. Assess cascading and compounding effects where one hazard triggers or amplifies another
[CORRECT]
C. Focus only on the hazard with the highest historical fatality rate
D. Use the same mitigation strategy for all identified hazards
Rationale: Multi-hazard assessment must evaluate cascading and compounding effects. A volcanic eruption can
trigger lahars, which can cause tsunamis, creating interconnected risks that exceed simple sum-of-parts analysis.
Q13: The 'poverty-risk cycle' describes a self-reinforcing relationship between poverty and
disaster risk. Which sequence BEST represents this cycle?
A. Poverty → strong social networks → reduced vulnerability → less poverty
B. Poverty → unsafe housing/location → higher disaster losses → deeper poverty → continued
vulnerability [CORRECT]
C. Poverty → government aid → reduced risk → economic growth
D. Disaster → international aid → infrastructure development → poverty reduction
Rationale: The poverty-risk cycle shows that poverty forces people into unsafe conditions, disasters then cause
disproportionate losses, deepening poverty and perpetuating vulnerability in a reinforcing loop.
Q14: A flood early warning system is being designed. Which risk communication principle is
MOST critical for ensuring at-risk residents take protective action?
A. Use technical jargon to convey scientific precision and authority
B. Provide clear, specific, actionable messages through trusted local channels [CORRECT]
C. Issue warnings only when certainty reaches 100% to avoid false alarms
D. Communicate exclusively through national television broadcasts
Rationale: Effective risk communication requires clear, actionable messages delivered through trusted channels.
People are more likely to act when messages are specific (what to do, when, where) and come from sources they
trust.
Q15: A municipality repeatedly experiences severe flooding in a riverside neighborhood. After
structural mitigation (levee) fails twice, the city considers a property buyout program. What is
the PRIMARY advantage of buyouts over repeated structural mitigation?
A. Buyouts are always less expensive than any structural measure
B. Buyouts permanently remove people and property from harm, eliminating future risk
[CORRECT]
C. Buyouts increase the local tax base by attracting new development
D. Buyouts allow residents to rebuild immediately in the same location
Rationale: Property buyouts permanently remove exposure by converting flood-prone land to open space. Unlike
structural measures that can fail or be overtopped, buyouts eliminate the risk at that location permanently.
Q16: A capability assessment for a local emergency management agency reveals gaps in
mass care and sheltering. According to FEMA's THIRA (Threat and Hazard Identification and
Risk Assessment) process, what should follow this identification?
A. Immediately request federal funding without further analysis
