Community Emergency Response Teams (CERT) and Earthquakes

Community Emergency Response Team (CERT) program developed by FEMA training ordinary citizens in disaster response skills transforms neighborhood residents into organized effective first responders capable of supplementing overwhelmed professional emergency services during major earthquakes when fire departments police and ambulances cannot immediately reach every affected area simultaneously demonstrates that community resilience depends fundamentally on empowering local populations with practical emergency skills rather than expecting government agencies alone providing all disaster response where comprehensive 20-hour training curriculum covering disaster preparedness fire safety light search and rescue medical operations team organization and Incident Command System basics creates cadres of trained volunteers who can assess damage provide basic medical care extricate trapped survivors suppress small fires coordinate neighborhood response and serve as communication links between affected communities and professional responders during critical first 72 hours after major earthquake when official resources stretched impossibly thin across widespread simultaneous emergencies validating that CERT represents systematic evidence-based approach to building community capacity for self-reliance during disasters where graduates not replacing professional responders but rather multiplying available hands and local knowledge enabling faster more comprehensive earthquake response reaching more victims sooner ultimately saving lives that would otherwise be lost waiting for professional teams to work through massive queues of simultaneous emergency calls following catastrophic seismic events.

Understanding CERT's unique value proposition during earthquakes where professional fire departments typically have 5-10 minutes response time under normal conditions but major earthquake affecting entire metropolitan region simultaneously generates thousands of emergency calls instantly overwhelming 911 systems and creating response delays measured in hours or days rather than minutes, where research consistently shows 80-90% of survivors extracted from collapsed buildings by neighbors and bystanders rather than professional rescue teams simply because neighbors arrive within seconds while professional teams arrive hours later, where light search and rescue training enabling CERT members safely extracting lightly trapped victims from partially collapsed structures without endangering themselves or worsening victim injuries provides crucial bridge between complete untrained response and professional heavy rescue requiring specialized equipment and extensive experience, where basic medical training enabling field triage distinguishing immediately life-threatening injuries from stable conditions allowing efficient allocation of limited medical transport to most critical cases, and where organized team structure preventing well-meaning but uncoordinated volunteers from interfering with professional operations or creating additional casualties through unsafe actions demonstrates that CERT fills critical gap in earthquake response ecosystem where professional responders provide irreplaceable specialized capabilities but cannot achieve omnipresence across geographically dispersed disaster requiring CERT-trained community members providing immediate local response multiplying overall response capacity through distributed neighborhood-level organization coordinating rather than competing with professional services creating seamless integration of community and professional capabilities validating that optimal earthquake response leverages both professional expertise and community capacity through systematic training standardization and coordination represented by CERT program transforming potential chaos of spontaneous untrained volunteer efforts into organized effective life-saving community response.

What Is CERT? Program Overview and History

Program Origins: Born from Earthquake Lessons

The Genesis Story:

• 1985 Mexico City Earthquake (M8.0):
  • 10,000+ deaths; massive building collapses
  • Professional rescue teams overwhelmed
  • Survivors witnessed neighbors rescuing neighbors
  • Untrained rescuers sometimes created additional casualties through unsafe techniques
  • Lesson: Community participation inevitable—better to train people in advance
• Los Angeles Fire Department Response (1985):
  • LAFD developed first CERT-style program: Disaster Preparedness Division
  • Recognized earthquake response would require citizen participation
  • Created curriculum training civilians in safe, effective disaster response
• Validation: 1989 Loma Prieta earthquake
  • Trained community members provided effective assistance
  • Demonstrated value of organized citizen response
• National Expansion (1993):
  • FEMA adopted Los Angeles model as national program
  • Made available to communities nationwide
• Post-9/11 Growth (2001+):
  • Terrorism concerns accelerated CERT expansion
  • Funding increased dramatically
  • All-hazards approach: earthquakes, floods, terrorism, pandemics

CERT's Mission and Philosophy

Core Principles:

1. "Do the greatest good for the greatest number"
   • Focus efforts where most impact possible
   • Don't spend hours on one victim if ten others need help
   • Triage: Prioritize savable victims over unsurvivable injuries
2. "Rescuer safety is paramount"
   • Never create additional casualties
   • Injured CERT members become additional burden on system
   • Know limits—don't attempt beyond training
3. "Supplement, don't replace, professional responders"
   • CERT handles tasks within capability
   • Calls professionals for complex/dangerous situations
   • Coordinates with, not competes against, professionals
4. "Organized teams are effective teams"
   • Structure prevents chaos
   • Clear roles, accountability, communication
   • Integrates with Incident Command System (ICS)

CERT Training Curriculum: What You'll Learn

Session 1: Disaster Preparedness

Topics Covered:

• Hazards specific to your community (earthquakes, floods, fires)
• How disasters affect infrastructure, services
• Personal/family preparedness: emergency kits, plans, evacuation
• CERT's role in disaster response
• Legal considerations, Good Samaritan laws

Skills Practiced:

• Assessing home hazards
• Creating family communication plan
• Building go-bag/emergency kit

Session 2: Fire Safety and Utility Controls

Topics Covered:

• Fire chemistry (fire triangle: heat, fuel, oxygen)
• Types of fires (Class A, B, C, D, K)
• Fire extinguisher types and use
• When to fight fire vs. when to evacuate
• Utility shutoffs (gas, water, electricity)

Hands-On Practice:

• Using fire extinguishers on actual fires (controlled environment)
• PASS technique: Pull, Aim, Squeeze, Sweep
• Turning off gas meters, water mains
• Identifying utility locations in buildings

Earthquake Context:

• Post-earthquake fires = major threat
  • 1906 San Francisco: Fire caused more damage than shaking
  • Broken gas lines ignite; firefighters unavailable (overwhelmed) or water mains broken
• CERT members can suppress small fires before they spread
• Shutting off damaged gas lines prevents explosions

Sessions 3-4: Disaster Medical Operations (Two Parts)

Part 1 Topics:

• START triage system (Simple Triage And Rapid Treatment)
• Treating life-threatening conditions:
  • Airway obstruction
  • Severe bleeding
  • Shock
• Head-to-toe assessment
• Setting up medical treatment area

Part 2 Topics:

• Splinting fractures
• Bandaging wounds
• Burn treatment
• Hypothermia/hyperthermia
• Psychological first aid

START Triage System:

Skills Practiced:

• Simulated mass casualty scenarios with volunteer "victims"
• Rapid triage of 30+ victims
• Applying pressure bandages, tourniquets
• Splinting broken bones with improvised materials
• Moving patients safely

Earthquake Context:

• Major earthquakes create mass casualty incidents
• Ambulances can't reach everyone immediately
• CERT provides bridge: Basic stabilization until professionals arrive
• Proper triage ensures sickest patients transported first

Sessions 5-6: Light Search and Rescue (Two Parts)

Part 1: Hazard Assessment

• Size-up: Evaluating structural damage from outside
• Recognizing unsafe buildings (leaning, visible cracks, partial collapse)
• Hazardous materials identification
• When NOT to enter buildings

Part 2: Rescue Techniques

• Safe entry procedures
• Search patterns (ensuring no areas missed)
• Calling out, listening for responses
• Marking searched buildings (X-code system)
• Extrication techniques:
  • Cribbing (stabilizing debris)
  • Leveraging (lifting heavy objects)
  • Victim packaging (safe removal)

The X-Code: Building Marking System

• Large X spray-painted on building near entrance after search
• Top quadrant: Date/time searched
• Left quadrant: Hazards identified
• Right quadrant: Searching team ID
• Bottom quadrant: Number of victims (living/dead)

Hands-On Practice:

• Navigating simulated collapsed structure
• Lifting debris using levers, cribbing
• Victim extrication from confined spaces
• Team communication in low-visibility environment

Earthquake Context:

• Earthquakes cause building collapses, trapping victims
• Research: Survival rates drop dramatically after 24-48 hours
• First 24 hours = critical window
• Professional urban search and rescue (USAR) teams:
  • Limited number (28 federal teams nationwide)
  • Take hours/days to deploy
  • Can't be everywhere at once
• CERT fills gap: Light entrapments (debris pinning limbs, victims in accessible voids)
• CERT does NOT attempt:
  • Structural shoring (heavy timber/metal bracing)
  • Concrete breaking (requires specialized equipment)
  • Confined space entry (requires rope rescue, air monitoring)
  • Anything requiring professional USAR teams

Session 7: Disaster Psychology and Team Organization

Disaster Psychology Topics:

• Common psychological reactions to trauma
• Stress management for responders
• Psychological first aid for victims
• Recognizing when professional mental health intervention needed
• Taking care of yourself (responder self-care)

Team Organization Topics:

• Incident Command System (ICS) basics
• CERT organizational structure
• Roles: Team leader, medical, search/rescue, communications, logistics
• Documentation, accountability
• Interfacing with professional responders

Session 8: Course Review and Final Exercise

Disaster Simulation:

• Full-scale exercise combining all skills
• Simulated earthquake scenario:
  • Multiple collapsed buildings
  • Victims with diverse injuries (volunteer actors with moulage makeup)
  • Fires requiring suppression
  • Hazards requiring mitigation
• Students work in teams applying all training
• Instructors observe, provide feedback
• Graduation ceremony

CERT in Action: Earthquake Response Success Stories

Northridge Earthquake (1994)

CERT's Role:

• Los Angeles had ~150 trained CERT members at time
• Members immediately activated, assessing neighborhoods
• Provided damage reports to fire department
• Conducted light search and rescue
• Staffed community shelters
• Assisted with medical triage at field treatment areas

Impact:

• Multiplied fire department's situational awareness
• Freed professional responders for complex tasks
• Demonstrated CERT concept's viability
• Led to major program expansion post-Northridge

Nisqually Earthquake (2001, Seattle Area)

CERT's Role:

• Seattle had robust CERT program by 2001
• M6.8 earthquake struck at 10:54 AM
• CERT teams activated within minutes
• Conducted neighborhood damage assessments
• Assisted at Seattle Emergency Operations Center
• Provided public information, rumor control

Christchurch Earthquakes (2010-2011, New Zealand)

Context:

• New Zealand had similar program: Community Response Teams
• Trained in earthquake response

Performance:

• February 22, 2011 M6.3 earthquake: 185 deaths
• Community response teams instrumental in immediate aftermath:
  • Conducting search and rescue
  • Providing first aid
  • Organizing neighborhood welfare checks
  • Coordinating with Student Volunteer Army
• Demonstrated value of pre-trained community responders

How to Join CERT: Getting Involved

Finding Your Local CERT Program

Search Methods:

1. FEMA CERT website: community.fema.gov/cert
   • Program locator by ZIP code
   • Contact information for local coordinators
2. Contact local government:
   • City/county emergency management office
   • Fire department community education division
   • Many programs administered by fire departments
3. Search online: "[Your city] CERT program"

If No Local Program Exists:

• You can start one!
• FEMA provides train-the-trainer courses
• Curriculum materials available free
• Work with local emergency management to establish program

Course Requirements and Commitment

Who Can Join:

• Generally: Anyone 18+ (some programs accept 16-17 with parental consent)
• No prior medical/emergency experience required
• Reasonable physical fitness (must be able to perform tasks)
• Background check may be required (varies by jurisdiction)

Time Commitment:

• Initial training: ~20 hours
  • Typically 8 sessions × 2.5 hours
  • Usually evening or weekend classes
  • 6-8 weeks to complete
• Ongoing:
  • Encouraged: Quarterly drills/exercises
  • Annual refresher training
  • Optional: Additional specialized training
  • No mandatory call-outs—volunteer only

Cost:

• FREE (FEMA-funded)
• Materials provided (backpack, vest, helmet, supplies)
• No fees, no dues

What Happens After Graduation

Typical Post-Training Activities:

• Neighborhood team formation:
  • Connect with other graduates in your area
  • Form neighborhood-based team
  • Conduct local planning, resource mapping
• Exercises and drills:
  • Practice skills regularly
  • Participate in community emergency exercises
  • Annual earthquake/disaster drills (e.g., Great ShakeOut)
• Community service:
  • Public education events
  • Staffing community fairs
  • Teaching preparedness to schools, organizations
• Deployments (if activated):
  • CERT voluntary—you choose whether to deploy
  • Typical activations:
    • Earthquakes, major storms
    • Special events (large gatherings requiring standby medical)
    • Support at Emergency Operations Center

CERT Equipment and Resources

Standard CERT Kit Contents

Personal Protective Equipment:

• Hard hat with CERT identification
• Safety vest (reflective, marked "CERT")
• Work gloves (leather)
• Safety goggles
• Dust mask/N95 respirator
• Sturdy boots (participants provide own)

Tools and Equipment:

• Flashlight + extra batteries
• Multi-tool or pocket knife
• Whistle (for signaling)
• Duct tape
• Plastic sheeting
• Marking materials (spray paint, chalk)

Medical Supplies:

• First aid kit
• Triage tags (START system)
• Bandages, gauze
• Gloves (nitrile/latex)
• CPR barrier device

Documentation:

• CERT handbook
• Incident forms
• Notebook, pen
• Laminated reference cards

Communication:

• Two-way radio (FRS/GMRS or amateur radio if licensed)
• Contact lists

Team-Level Equipment

Many CERT programs maintain team caches including:

• Cribbing materials (wood blocks for stabilizing debris)
• Pry bars, shovels, axes
• Rope, webbing
• Medical supplies (quantity for mass casualty)
• Fire extinguishers
• Generator, lighting
• Tents/canopies for field operations
• Cache stored at fire station, community center, or volunteer's location

Limitations and Realistic Expectations

What CERT Is NOT

Scope Limitations

CERT Members Should NOT Attempt:

• Heavy rescue: Structural shoring, concrete breaking, confined space rescue
• Interior structural firefighting: Entering burning buildings
• Advanced medical procedures: IV placement, intubation, medication administration
• Hazardous materials handling: Cleanup, containment (identification only)
• Law enforcement: No authority to arrest, detain, direct traffic (unless explicitly deputized)

When to Call Professionals:

• Situation beyond CERT training
• Safety concerns for CERT members
• Specialized equipment/expertise required
• Any doubt about capability—err on side of caution

Activation and Deployment

How CERT Activation Works:

• Self-deployment: Earthquake strikes, you check your family first, then assess your immediate neighborhood
• Official activation: Local emergency management or fire department calls CERT into service
• Always voluntary: No obligation to deploy; personal/family safety comes first

Realistic Scenarios:

• Most CERT members will never be deployed for major earthquake during their active years
• Training benefits: Personal/family preparedness, helping neighbors informally, community service
• Value even without major deployment: Prepared neighborhoods = resilient neighborhoods

Conclusion: Empowering Communities Through CERT

Community Emergency Response Team program developed by FEMA training ordinary citizens in disaster response skills transforms neighborhood residents into organized effective first responders capable of supplementing overwhelmed professional emergency services during major earthquakes demonstrates that community resilience depends fundamentally on empowering local populations with practical emergency skills rather than expecting government agencies alone providing all disaster response where comprehensive 20-hour training curriculum covering disaster preparedness fire safety light search and rescue medical operations team organization creates cadres of trained volunteers who can assess damage provide basic medical care extricate trapped survivors suppress small fires coordinate neighborhood response serve as communication links between affected communities and professional responders during critical first 72 hours after major earthquake when official resources stretched impossibly thin across widespread simultaneous emergencies validating that CERT represents systematic evidence-based approach to building community capacity for self-reliance during disasters where graduates not replacing professional responders but rather multiplying available hands and local knowledge enabling faster more comprehensive earthquake response reaching more victims sooner ultimately saving lives that would otherwise be lost waiting for professional teams to work through massive queues of simultaneous emergency calls following catastrophic seismic events.

Understanding CERT's unique value proposition where professional responders provide irreplaceable specialized capabilities but cannot achieve omnipresence across geographically dispersed disaster requiring CERT-trained community members providing immediate local response multiplying overall response capacity through distributed neighborhood-level organization coordinating rather than competing with professional services demonstrates that optimal earthquake response leverages both professional expertise and community capacity through systematic training standardization and coordination represented by CERT program transforming potential chaos of spontaneous untrained volunteer efforts into organized effective life-saving community response where light search and rescue training enabling CERT members safely extracting lightly trapped victims provides crucial bridge between complete untrained response and professional heavy rescue, where basic medical training enabling field triage distinguishing immediately life-threatening injuries from stable conditions allowing efficient allocation of limited medical transport, and where organized team structure preventing well-meaning but uncoordinated volunteers from interfering with professional operations or creating additional casualties through unsafe actions validates that CERT fills critical gap in earthquake response ecosystem creating seamless integration of community and professional capabilities representing practical actionable implementation of community resilience principles where abstract concepts of neighborhood preparedness transformed into concrete skills training equipment and organizational structures ready to activate immediately when earthquakes strike providing systematic approach to empowering communities protecting themselves while professional responders handle most complex challenging aspects of disaster response demonstrating that earthquake preparedness extends beyond individual household emergency kits and family plans to encompass organized trained capable community-level response capacity represented by CERT program available free to any community willing to invest modest time energy in training ordinary citizens extraordinary disaster response capabilities.