Emergency Planning and First Aid: Study Notes

EMERGENCY PLANNING AND FIRST AID FIDM 109

Introduction to Emergency Planning

• Emergency planning is described as a continual cycle of:
  • Planning
  • Training
  • Exercising
  • Revision
• This cycle is applied throughout five phases of the emergency management cycle which are:
  • Preparedness
  • Prevention
  • Mitigation
  • Response
  • Recovery

Reasons for Planning

• The primary objectives for planning include:
  • Ensuring business or government preparedness for emergencies and disasters.
  • Reducing losses in human life and property damage.
  • Achieving community or organizational preparedness.
  • Assisting emergency responders in preparation.

Path to Preparedness

• Key components of the preparedness path consist of:
  • Understanding Vulnerability: Acknowledging which areas or individuals may be at risk during an emergency.
  • Making Choices: Deciding which threats to prioritize in planning efforts.
  • Creating Teams: Forming specialist teams to develop emergency plans.
  • Testing and Revising Plans: Conducting drills and refining emergency plans based on results.

Incompleteness of the Planning Process

• The planning process is ongoing due to:
  • Changes in the threat environment.
  • Advances in tools for managing threats.
  • Ongoing identification of new vulnerabilities.
  • Recognition of changes in old vulnerabilities.
  • Monitoring advancements in knowledge and technology affecting emergency responses.

Specialists in the Planning Process

• Various specialists contribute to the emergency planning process:
  1. Hazard Vulnerability Analysts
  2. Specialists in Geographic Information Systems
  3. Hazardous Materials Technicians
  4. Evacuation Planners

Key Concepts in Emergency Planning

Definition of a Hazard

• Hazard: Any source of potential damage, harm, or adverse health effects on something or someone.
  • Examples include:
  • Lit cigarettes
  • Wet floors
  • Direct exposure to the sun
  • Exposure to toxic chemicals

Types of Workplace Hazards

• Hazards can be classified into six major types:
  • Biological Hazards
  • Physical Hazards
  • Chemical Hazards
  • Environmental Hazards
  • Geohazards
  • Technological Hazards
  • Societal Hazards

Detailed Types of Hazards

1. Meteorological and Hydrological Hazards

• Defined as hazards resulting from the Earth's atmospheric conditions and their interactions with land and oceans.
• Examples:
  • Tropical cyclones
  • Drought
  • Riverine floods
  • Heatwaves

2. Extra-Terrestrial Hazards

• Originating outside Earth such as:
  • Asteroid impacts: Can cause catastrophic local damage and even mass extinction.
  • Solar flares: May disrupt communication satellites and cause significant electrical grid damage.

3. Geohazards

• Hazards of geological origin, categorized into:
  • Seismogenic: Earthquakes.
  • Volcanogenic: Includes lava flows and ashfall.
  • Shallow Geohazards: Such as erosion or mass movements.

4. Environmental Hazards

• Results from the degradation of natural ecosystems which pose threats to humanity.
• Includes:
  • Biodiversity loss
  • Land salinization
  • Loss of permafrost and sea ice

5. Chemical Hazards

• Encompasses:
  • Acute effects from immediate exposure.
  • Chronic effects from long-term exposure leading to health issues like cancer and organ damage.

6. Biological Hazards

• Hazards stemming from organic sources that can cause loss of life at population levels. They include:
  • Pathogenic microorganisms, toxins, and bioactive substances.
  • Examples: Bacteria, viruses, parasites like mosquitoes carrying diseases.

7. Technological Hazards

• Pertaining to failures in technology or systems including:
  • Transport systems (land, sea, air).
  • Risks associated with nuclear accidents and explosive materials like landmines and IEDs.

8. Societal Hazards

• Hazards that arise primarily from human activity and include:
  • Violence, armed conflict, social instability, and technological misuse.

Understanding Risk

• Risk: The chance or probability that an individual will be harmed or experience adverse effects due to exposure to a hazard.
  • Formula: $RISK = HAZARD imes EXPOSURE$
  • Example Risks:
  • Lung cancer from smoking cigarettes
  • Slipping on a wet floor leading to broken bones
  • Skin cancer due to UV exposure from the sun

Defining Vulnerability

• Vulnerability: The conditions that increase susceptibility to the impacts of hazards based on physical, social, economic, and environmental factors.

Developing Plans Through the Planning Process

Overview

• The planning process aims to develop and maintain an up-to-date Emergency Operations Plan (EOP):
  • An EOP is a document maintained describing how to respond to various hazards.

Emergency Planning Goals

• Driven by two objectives:
  • Hazard Assessment: Identifying known and new threats.
  • Risk Reduction: Involves technical studies about community impacts and event likelihood.

Public vs. Private Planning Practices

Planning for Public Jurisdictions

• Seven milestones of effective public sector planning include:
  1. Assemble Planning Group: Identify team and resources using a matrix.
  2. Examine Hazards and Vulnerabilities: Specific hazards and threats should be researched.
  3. Establish Task Assignments: Define responsibilities for completing tasks.
  4. Conduct Resource Analysis: Pair resources with needs for emergency response.
  5. Define Roles and Responsibilities: Clarify each party's function in emergency response.
  6. Ensure Adequate Management Structure: Define authority and reporting relationships.
  7. Revise or Prepare Written Plan: Document the planning process.

Resource Analysis: Key Considerations

• Conduct a resource analysis based on:
  • Strategies to address problems.
  • Tasks required for implementation.
  • Available resources and their control.

Task Assignments

• Key activities include:
  • Comprehensive assignment of tasks to individuals/teams.
  • Establishing timelines for completion.
  • Identifying training modifications required.
  • Scheduling exercises to test effectiveness.
  • Incorporating changes into the revised EOP.

Example Planning Table for Flooding Response

Local River Flood Demands

Planning for Industry

Elements of Planning for Industry

• Responsibilities for emergency planning fall on health and safety executives. Key considerations include:
  1. Defining the entity’s vision, mission, and emergency goals.
  2. Conducting a risk assessment of the premises.
  3. Performing a Business Impact Analysis (BIA).
  4. Conducting a resource needs assessment.

Risk Assessment Details

• Entails:
  • Identification of hazards.
  • Monitoring the likelihood of their occurrence.
  • Evaluating existing prevention strategies.
• Factors to evaluate:
  1. Health and safety impacts on affected persons.
  2. Continuity of operations.
  3. Impacts on critical infrastructure.
  4. Regulatory obligations and reputation management.

Business Impact Analysis (BIA)

• Evaluate potential impacts from interruptions, noting:
  • Critical processes and RTO (Recovery Time Objective).
  • Identify interdependencies among functions and processes.
  • Analyze potential data loss using RPO (Recovery Point Objective).

Resource Needs Assessment

• Conducted based on:
  • Identified hazards and outcomes of BIA.
  • Assessing personnel, equipment, and training needs.
  • Establishing procedures for resource management in emergencies.

Performance Objectives in Emergency Planning

• Establishing performance objectives addresses results from:
  • Hazard identification
  • Risk assessments
  • Business impact analysis

The Content and Format of Emergency Plans

• The format of an emergency operation plan (EOP) varies based on:
  1. Community-specific hazards
  2. Levels of vulnerability
  3. Community demographics
  4. Local emergency management organization

Understanding and Producing the EOP

• An EOP functions as a response blueprint, focusing on:
  1. Hazard vulnerabilities.
  2. Target threats for action.
  3. Internal and external resources inventory.
  4. Action strategies, tactics, and tasks.

Distinction Between EOP and SOP

• An EOP is distinct from Standard Operating Procedures (SOPs), which provide detailed instructions for specific tasks in operations. EOPs outline overall strategy, tactics, responsibilities, and resource allocation, while SOPs standardize task performance across agencies.

Expectations from an EOP

• The goals of an EOP include:
  • Establishing the intent for managing threats and authority.
  • Addressing management rules, connections to IMS, and vulnerabilities.
  • Outlining strategies and responsibilities for response operations.
  • Promoting training and exercises.

Model EOPs

• Prewritten Emergency Operation Plans (EOPs) can be adopted but may require customization. When adjusting a model plan consider:
  • Unique hazard environments, vulnerability assessments, and resource requirements specific to your jurisdiction.

Essential Components of an EOP

1. Basic Plan: Identifies legal/technical bases for the EOP and describes response organization and operational conditions.
2. Functional Annexes: Address generic tasks that are common in disaster responses, such as communications and evacuation.
3. Hazard-Specific Annexes: Include procedures for specific disaster agents, focusing on unique demands and conditions for each type of hazard.

Basic Plan Elements

• The Basic Plan includes:
  1. Mission, Goals, and Objectives
  2. Plan Authority and Responsibility
  3. Plan Activation and Termination
  4. Increased Readiness Conditions
  5. Plan Assumptions
  6. Concepts of Operations
  7. Integration with Other EOPs
  8. Documentation of Agreements
  9. Training and Exercise Policies
  10. Administrative Responsibility for Execution
  11. Post-Impact Recovery Initiation

Plan Annexes and Supporting Analyses

• The Basic Plan is essential for standardization, while the annexes (functional and hazard-specific) allow localization to specific community needs. Supporting analyses provide insights into hazards, vulnerable populations, and resource capabilities.

Conclusion

• Understanding emergency plans is crucial to effectively preparing for, responding to, and recovering from potential disasters. The planning process is iterative, requiring ongoing assessments and updates to stay relevant and effective for community safety.