Linked from

The 32 pages that link to Disaster risk reduction, each with the reason it gives.

• Tropical cycloneNarrower topic: Its measures can limit losses even when a cyclone cannot be prevented.

• ResilienceRelated: Risk reduction can strengthen the conditions that support recovery after disasters.

• Emergency managementCompared with: It emphasizes sustained risk reduction, while emergency management also organizes response and recovery.

• Glacial lake outburst floodRelated: Reducing exposure and vulnerability can limit losses even when a flood cannot be prevented.

• 2011 Tōhoku earthquake and tsunamiNarrower topic: The scale of losses renewed attention to land use, evacuation planning, and resilient infrastructure.

• Humanitarian aidCompared with: Risk reduction seeks to prevent or lessen future harm, rather than chiefly meeting immediate needs.

• Disaster responseRelated: Reducing underlying risk can limit the scale and complexity of response.

• GeographyRelated: Geographic assessments locate exposure and vulnerability to hazards.

• Nankai TroughNarrower topic: Nankai planning combines monitoring, evacuation, building standards, and public preparedness.

• Loss and damageCompared with: It emphasizes reducing disaster risk, while loss and damage also addresses harms that prevention cannot avert.

• Disaster recoveryRelated: Recovery can reduce exposure and vulnerability instead of reproducing them.

• KobeNarrower topic: Reconstruction after the 1995 earthquake made risk reduction central to Kobe’s civic experience.

• 2010 Haiti earthquakeNarrower topic: The scale of loss prompted scrutiny of how prevention could reduce future earthquake risk in Haiti.

• Disaster riskNarrower topic: Risk reduction translates knowledge of potential losses into prevention and mitigation measures.

• Climate resilienceRelated: It links resilience-building to reducing losses from climate-related disasters.

• Crowd managementRelated: Crowd safety contributes to broader efforts to prevent avoidable mass-casualty events.

• Natural hazardRelated: It addresses the conditions that turn natural events into damaging disasters.

• Pandemic preparednessNarrower topic: It is the broader framework that also includes infectious disease threats.

• Extreme weatherNarrower topic: It connects extreme-weather hazards to preparedness, resilient infrastructure, and recovery planning.

• International Federation of Red Cross and Red Crescent SocietiesRelated: National societies help communities reduce harm before emergencies occur.

• Civil defenseRelated: Civil defense also prepares communities for natural and technological hazards.

• International Red Cross and Red Crescent MovementRelated: National societies support communities in reducing vulnerability before crises occur.

• Natural disasterRelated: It targets the conditions that turn natural hazards into disasters.

• Saint Vincent and the GrenadinesRelated: Repeated volcanic, storm, and flood emergencies make preparedness central to national resilience.

• 2023 Turkey–Syria earthquakesNarrower topic: The scale of losses renewed scrutiny of preparedness, safe construction, and emergency planning.

• Human settlementRelated: Settlement location and design affect exposure to hazards and potential losses.

• DisasterRelated: It aims to limit losses before hazards strike.

• GeoinformaticsRelated: Geospatial hazard and exposure maps help prioritize mitigation and emergency response.

• 1991 Bangladesh cycloneNarrower topic: The cyclone became a major impetus for reducing Bangladesh’s future coastal losses.

• TaclobanRelated: Tacloban’s experience has made evacuation planning and coastal risk management central concerns.

• GeographerRelated: Geographers identify exposure and vulnerability across landscapes and communities.

• Tropical cyclone preparednessNarrower topic: Cyclone preparedness is one part of the broader effort to reduce disaster risk.