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Research draft

conflagration

vr.tr.conflagration · ACT.EVT

Let an agent handle major fires by type, location, cause, response and aftermath, with safety information from official sources first.

Thing Registry Activities and processes

Research draft, second pass

A second pass drafted this model: the structure a model of this thing needs, and what is known about it in the world. The line under this one says how the second half was obtained - researched against sources, or recalled without web access, in which case nothing here was read anywhere and every claim is a lead to verify. Unreviewed either way.

written by Claude from model knowledge without web access - no source was read, every claim is a lead to verify

Researched by: Claude

Purpose and description

Let an agent handle major fires by type, location, cause, response and aftermath, with safety information from official sources first.

A large, destructive fire that spreads beyond control, such as an urban, industrial or vehicle fire, often causing loss of life and property.

What it is for: Conflagrations are disasters to prevent, fight and learn from.

It can be prevent it, through fire safety measures; respond to it, by fire services and evacuation; investigate its cause; recover and rebuild.

Distinguishing features

Large and uncontrolled

Spreads between buildings or across sites

Smoke is the main killer

Spontaneous human combustion claims are not established science

What it looks like

Large flames and heavy smoke engulfing buildings, vehicles, industrial sites or city districts.

Physical character

flame temperature: 600-1200 degrees C - typical building fires

How it is recognised

Extensive flames and smoke plumes

Emergency response on scene

Firedamp explosions and zirconium fires are specialised industrial fires

Related models

is a kind of - uncontrolled combustion

fire

is a kind of - event

disaster

produces - hazard

smoke

is fought by - response

fire service

In practice

Families and kinds

urban conflagrations

industrial fires and explosions

vehicle fires

fires following earthquakes or tsunamis

wildland-urban interface fires

Identifiers

incident number fire service-specific records

GLIDE number disaster id major events

Standards and regulation

Building fire safety codes

Seveso III for major-hazard sites

Fire investigation standards such as NFPA 921

Failure modes and hazards

Smoke inhalation

Structural collapse

Toxic releases from industrial fires

Delayed evacuation

Also called

industrial firespontaneous human combustionvehicle firezirconium firetsunami firefiredamp explosionFuel controlled fireventilation controlled firetrain fireelectrical firefires in Polandin-flight firevegetation firechip-pan firesmine fireApartment fireStubble burningpersistent natural firesgas explosionflying firebrandsrural fire (Portuguese legal concept)metal firetunnel fireFire on Altufievsky highway in Moscowfires in Croatia in 2017multiple-alarm firestructure firetire firedumpster firelandfill firemegafirecity fireplug-in electric vehicle fire incidentsugarcane burningchurch fireroof firefarm fireskyscraper fireHöchst city fire

Where this came from

wikidata · CC0 1.0

Source repository Registry entry point

Also registered as vr.tr.conflagration

Drafted structure

Bundle to layer to finding to question, as the second pass will find it: 4 bundles · 8 layers · 8 findings · 16 questions.

Event What is burning and where.

Location and type decide response.

Location and type

What and where.

Event

The fire and place.

  1. What is burning, and where? definition
  2. How large is the area affected? measurement

Status

Active or controlled.

Status

Current status.

  1. Is the fire active, contained or out, according to officials? provenance
  2. Are evacuations in place? boundary
Safety Protecting people.

Official instructions come first.

Instructions

Official advice.

Instructions

What people should do.

  1. What do the emergency services instruct people to do? action
  2. Where are evacuation routes and shelters? action

Smoke

Air quality.

Smoke

Smoke exposure.

  1. Is smoke affecting air quality nearby? boundary
  2. Who should stay indoors? action
Cause How it started.

Causes are established by investigation.

Investigation

Official findings.

Cause

Investigated cause.

  1. What caused the fire, according to the official investigation? provenance
  2. Is the investigation still open? boundary

Factors

Contributing factors.

Factors

What made it worse.

  1. What factors helped it spread? definition
  2. Which rules were breached, if any? provenance
Aftermath Losses and lessons.

Lessons prevent repeats.

Impact

Casualties and damage.

Impact

Losses.

  1. What were the casualties and damage, from official figures? measurement
  2. Who was affected? definition

Lessons

Changes made.

Lessons

Changes after the fire.

  1. What changes followed? provenance
  2. Were recommendations implemented? provenance

What the second pass must settle

  • Should conflagration types be separate entries?
  • How should agents present live fire emergencies?
  • The registry entry includes spontaneous human combustion; how should unestablished claims be marked?
Draft as JSON