Firefighters, or firemen, are rescuers extensively trained primarily to put out hazardous fires that threaten civilian populations and property, to rescue people from car accidents, collapsed and burning buildings and other such situations. The increasing complexity of modern industrialized life with an increase in the scale of hazards has stimulated both advances in firefighting technology and a broadening of the firefighter-rescuer's remit. They sometimes provide emergency medical services. The fire service, or fire and rescue service also known in some countries as the fire brigade or fire department, are some of the emergency services.

Firefighting and firefighters have become ubiquitous around the world, wildland areas to urban areas, and on board ships. Firefighters are held in high regard around the world. This causes firefighting to be one of the five trusted public service professions.

Firefighting worldwide

In some countries, including Australia, Canada, Finland, Germany, Japan, New Zealand, Sweden and the United States, there are often paid, or professional career firefighters working. Additionally, there are volunteer firefighters (who are theoretically unpaid) and retained firefighters (sometimes called on call firefighters, who are paid for the specific time they are on duty, i.e. permanent part-time career firefighters) on call 24 hours a day, 7 days a week. In such countries as the United Kingdom and Ireland, the use of additional retained firefighters is standard. In Portugal, the use of volunteer firefighters is standard, along with career firefighters.

In Australia there are volunteer brigades which are mostly unpaid rural services (although traditionally they are paid by their employers if called out during working hours).

In Germany, volunteer fire departments, called the "Freiwillige Feuerwehr", are established in every town: even the biggest German city, Berlin, with more than 3.6 million inhabitants, has volunteer firefighters besides a career fire service. In fact, only 100 German cities (most of them are towns with more than 100,000 inhabitants) have a career fire service, called the "Berufsfeuerwehr," but in every one of these cities a volunteer fire service exists, too. In cities with a career fire service, volunteer fire brigades support the career fire service at big fires, accidents and disasters. Many of the so-called volunteer departments (usually in towns with 35,000 to 150,000 inhabitants), except in very small towns and villages, are a mixed service of a core of career firemen who are supported by true volunteer firefighters should the need arise. However, the official title of those departments is nevertheless "volunteer fire service".

structure in Austria is similar to Germany. There are just six career fire services in Vienna, Graz, Innsbruck, Klagenfurt, Salzburg and Linz. As of 2007, some 4,527 volunteer fire departments, the back-bone of the Austrian fire service, could rely on about 320,000 men and women voluntary firefighters as active members. Fire departments exist in even the smallest villages, where they contribute to community life, usually by organizing fairs and other fund-raising activities.

In Venezuela, there are, beside the types mentioned above, University Firefighters. They attend any emergency inside the campus and the zones around; however, their most important job is to develop new technologies in this area, thanks to the high level of education of its members: in the Simón Bolívar University Volunteer Fire Department, around 80% of its members have a university degree or are in the process of obtaining one.

In India municipalities are bound by law to have a fire brigade and participate in a regional fire service. Each city has its own fire brigade. The main functions of firefighting services in India are provision of fire protection and of services during emergencies such as building collapses, drowning cases, gas leakage, oil spillage, road and rail accidents, bird and animal rescues, fallen trees, appropriate action during natural calamities, and so on. Industrial corporations also have their own firefighting service. Each airport and seaport has its own firefighting units.

In Japan, fire services are organized on a city/town/village basis. There are 894 fire headquarters and 3,598 volunteer fire corps. These have a total of 155,000 active career firefighters and 21,000 vehicles with 4,800 fire houses; 920,000 volunteer firefighters share an additional 51,000 trucks.

In Romania, the Romanian General Inspectorate for Emergency Situations is responsible for fire fighting and civil defense.

Goals of firefighting

The goals of firefighting are (in order) saving lives, saving property, and protecting the environment. As such, the skills required for safe operations are regularly practiced during training evaluations throughout a firefighters career. In the United States, the preeminent fire training and standards organization is the National Fire Protection Association (NFPA). Often initial firefighting skills are taught during a local, regional, or state approved fire academy. Depending on the requirements of a department, additional skills and certifications such as technical rescue and Para-medicine may also be taught at this time.

Firefighters work closely with other emergency response agencies, most particularly local and state police departments. As every fire scene is technically a crime scene until deemed otherwise by a qualified investigator, there is often overlap between the responsibilities of responding firefighters and police officers such as evidence and scene protection, initial observations of first respondents, and chain of evidence issues. The increasing role of firefighters in providing emergency medical services also brings firefighters into common overlap with law enforcement. One example of this is a common state law requiring all gunshot wounds to be reported to law enforcement agencies.

Fire fighting has several basic skills: prevention, self preservation, rescue, preservation of property and fire control. Firefighting is further broken down into skills which include size-up, extinguishing, ventilation, and salvage and overhaul. Search and Rescue, which has already been mentioned, is performed early in any fire scenario and many times is in unison with extinguishing and ventilation.

Prevention

Prevention attempts to ensure that no place simultaneously has sufficient heat, fuel and air to allow ignition and combustion. Most prevention programs are directed at controlling the energy of activation (heat).

Fire suppression systems have a proven record for controlling and extinguishing unwanted fires. Many fire officials recommend that every building, including residences, have fire sprinkler systems. Correctly working sprinklers in a residence greatly reduce the risk of death from a fire. With the small rooms typical of a residence, one or two sprinklers can cover most rooms.

In addition, a major duty of fire services is the regular inspection of buildings to ensure they are up to the current building fire codes, which are enforced so that a building can sufficiently resist fire spread, potential hazards are located, and to ensure that occupants can be safely evacuated, commensurate with the risks involved.

Other methods of fire prevention are by directing efforts to reduce known hazardous conditions or by preventing dangerous acts before tragedy strikes. This is normally accomplished in many innovative ways such as conducting presentations, distributing safety brochures, providing news articles, writing public safety announcements (PSA) or establishing meaningful displays in well-visited areas. Ensuring that each household has working smoke alarms, is educated in the proper techniques of fire safety, has an evacuation route and rendezvous point is of top priority in public education for most fire prevention teams in almost all fire department localities.

Self-preservation

Self-preservation is very critical. The basic technique firefighters use is to know where they are, and to avoid hazards. Current standards in the United States recommend that firefighters work in teams, using a "two-in, two-out" rule whenever in an IDLH (Immediately Dangerous to Life or Health) environment.

Tools are generally carried at all times and are important for not only forcible entry but also for self rescue. A Self Contained Breathing Apparatus (SCBA) delivers air to the firefighter through a full face mask and is worn to protect against smoke inhalation, toxic fumes, and super heated gasses. A special device called a Personal Alert Safety System (PASS) is commonly worn independently or as a part of the SCBA to alert others when a firefighter stops moving for a specified period of time or manually operates the device. The PASS device sounds an alarm that can assist another firefighter (Firefighter Assist and Search Team), in locating the firefighter in distress.

Firefighters often carry personal self rescue ropes. The ropes are generally 30 feet long and can provide a firefighter (that has enough time to deploy the rope) a partially controlled exit out an elevated window. Lack of a personal rescue rope is cited in the deaths of two New York City Firefighters, Lt. John Bellew and Lt. Curtis Meyran, who died after they jumped from a fourth floor of a burning apartment building in the Bronx. Of the four firefighters who jumped and survived only one of them had a self rescue rope. Since the incident the Fire Department of New York City has issued self rescue ropes to their firefighters.

In the United States, 25% of fatalities to firefighters are caused by vehicle accidents while responding to or returning from an incident. Many firefighters are also injured or killed by vehicles while working at an incident (Paulison 2005). Recently a new enforcement being made by departments requires, firefighters to wear a bright yellow reflective vest over their turnout coats while working vehicle accident to be more visible to the other drivers on the road. However, a large percentage of firefighters also succumb to heart disease, in the line of duty.

Rescue

Rescue operations consist of searching for and removing trapped occupants of hazardous conditions. Animals may also be rescued, if resources and conditions permit. Generally triage and first aid are performed outside, as removal from the hazardous atmosphere is the primary goal in preserving life. Search patterns include movement against room walls (to prevent rescuers from becoming lost or disoriented) and methodical searches of specific areas by designated teams. Unlike a fire control team, a rescue team typically moves faster, but has no hose to follow out to safety through the smoky darkness. A rescue rope may be needed for tethering a team involved in exceptionally dangerous conditions.

Incident commanders also arrange for standby search and rescue teams to assist if firefighters become lost, trapped, or injured. Such teams are commonly, and often interchangeably, known as Rapid Intervention Crews (RIC), or Firefighter Assist and Search Teams (FAST). According to "two-in, two-out", the only time it is permissible for a team of firefighters to enter a burning structure without backup in place outside is when they are operating in what is known as "Rescue Mode". Rescue Mode occurs when firefighters have arrived at the scene, and it is readily apparent that there are occupants trapped inside who need immediate rescue. At such a time, properly equipped firefighters (exercising good judgment tempered by training and experience) may enter the structure and proceed directly to victims in need of rescue, RIC will then be put in place when resources permit.

The Worcester Cold Storage Warehouse fire provides a stark example of disoriented rescuers perishing when their air supply was exhausted during a fruitless primary search and subsequent RIC searches.

Searches for trapped victims are exhaustively detailed, often including searches of cupboards, closets, and under beds. The search is divided into two stages, the primary and secondary. The primary search is conducted quickly and thoroughly, typically beginning in the area closest to the fire as it is subjected to the highest risk of exposure. The secondary search only begins once the fire is under control, and is always (resources and personnel permitting) performed by a different team from that which did the primary search.

Rescue operations may also involve the extrication of victims of motor vehicle crashes (abbreviated MVC). Here firefighters use spreaders, cutters, and hydraulic rams, collectively called hydraulic rescue tools—known better to the public as Jaws of Life—to remove metal from the patient, followed by actually removing the patient, usually on a backboard with collar, and transferring to a waiting ambulance crew in the cold zone. More technical forms of rescue include subsets such as rope rescue, swiftwater rescue, confined space rescue, and trench rescue. These types of rescue are often extremely hazardous and physically demanding. They also require extensive technical training. NFPA regulation 1006 and 1670 state that a "rescuer" must have medical training to perform any technical rescue operation. Accordingly, firefighters involved in rescue operations have some kind of medical training as first responders, emergency medical technicians, paramedics or nurses.

Fire control

Fire control (or fire fighting) consists of depriving a fire of fuel (Reducing Agent), oxygen (Oxidizing Agent), heat and/or the chemical chain reaction that are necessary to sustain itself or re-kindle (also known as the four components of The Fire Tetrahedron). Firefighters are equipped with a wide variety of equipment to accomplish this task. Some of their tools include ladder trucks, pumper trucks, tanker trucks, fire hose, and fire extinguishers. Very frequent training and refresher training is required.

Structure fires may be attacked, generally, either by "interior" or "exterior" resources, or both. Interior crews, using the "two-in, two out" rule, may advance hose lines inside the building, find the fire and cool it with water. Exterior crews may direct water into windows or other openings, or against other nearby fuels exposed to the initial fire. A proper command structure will plan and coordinate the various teams and equipment to safely execute each tactic.

See also Fire suppression for other techniques.

Structure fires

Buildings that are made of flammable materials such as wood are different from so called "fire-resistant" buildings such as concrete high-rises. Generally, a "fire-resistant" building is designed to limit fire to a small area or floor. Other floors can be safe simply by preventing smoke inhalation and damage. All buildings suspected of being on fire must be evacuated, regardless of fire rating.

While sometimes fires can be limited to small areas of a structure, wider collateral damage due to smoke, water, and burning embers is common. Utility shutoff (such as gas and electricity) is typically an early priority of arriving fire crews. Furthermore, fire prevention can take on a special meaning for property where hazardous materials are being used or stored.

Some fire fighting tactics may appear to be destructive, but often serve specific needs. For example, during "ventilation" firefighters are often forced to open holes in the roof or floors of a structure (called "vertical ventilation") or open windows or walls (called "horizontal ventilation") to remove smoke and heated gases from the interior of the structure. Such ventilation methods are also used to locate victims quicker as visibility increases and to help preserve the life of trapped or unconscious individuals due to the poisonous gases inside of the structure. Vertical ventilation is absolutely vital to firefighter safety in the event of a flashover or backdraft scenario. Releasing the flammable gasses through the roof often eliminates the possibility of a backdraft and by the removal of heat the possibility of a flashover is reduced significantly. Flashovers, due to their intense heat (900–1200° Fahrenheit) and explosive temperaments are almost always fatal to firefighter personnel. Precautionary methods, such as busting a window out, often reveal backdraft situations before the firefighter enters the structure and is met with the circumstance head-on. Firefighter safety is the number one priority.

Whenever possible, movable property is moved into the middle of a room and covered with a heavy cloth tarp (a "salvage cover"). Other steps may be taken to divert or remove fire flow runoff (thus salvaging property by avoiding unnecessary damage), retrieving/protecting valuables found during suppression or overhaul, and boarding windows, roofs and doors against the elements and looters.

HAZMAT

Firefighters in the United States are frequently the first responders to HAZMAT incidents. The Occupational Safety and Health Administration standard 1910.120 defines four standards of training First responder awareness level, First responder operations level, Hazardous materials technician, and Hazardous materials specialist. EMS-based paramedics are typically trained to the awareness level, whereas career and volunteer firefighters are often trained to the operations level or better.

Occupational health and safety

Cardiovascular disease

Firefighting has long been associated with poor cardiovascular outcomes. In the United States, the most common cause of on-duty fatalities for firefighters is sudden cardiac death. In addition to personal factors that may predispose an individual to coronary artery disease or other cardiovascular diseases, occupational exposures can significantly increase a firefighter's risk. For instance, carbon monoxide, present in nearly all fire environments, and hydrogen cyanide, formed during the combustion of paper, cotton, plastics, and other substances containing carbon and nitrogen, interfere with the transport of oxygen in the body. Hypoxia can then lead to heart injury.In addition, chronic exposure to particulate matter in smoke is associated with atherosclerosis. Noise exposures may contribute to hypertension and possibly ischemic heart disease. Other factors associated with firefighting, such as stress, heat stress, and heavy physical exertion, also increase the risk of cardiovascular events.

Heat Stress

Heat injury is a major issue for fire fighters as they wear insulative clothing and can not shed the heat generated from physical exertion. Early detection of heat issues is critical to stop dehydration and heat stress becoming fatal. Early onset of heat stress effects cognitive function whch combined with operating in dangerous environment makes heat stress and dehydration a critical issue to monitor. Fire fighter physiological status monitoring is showing promise in alerting EMS and commanders the status of their people on the fire ground. Device such as PASS device alerts once a person has stopped moving. Physiological status monitors measure a fire fighters vital sign status, fatigue and exertion levels and transmit this information over their voice radio. This technology allows a degree of early warning to physiological stress. These devices are similiar to technology developed for Future Force Warrior and give a measure of exertion and fatigue. They also tell the people outside of a building when they have stopped moving or fallen. This allows a Fire Chief to call in additional engines before the crew get exhausted and also gives an early warning to firemen before they run out of air, as they may not be able to make voice calls over their radio. Current OSHA tables exist for heat injury and the allowable amount of work in a given environment based on temperature, humidity and solar loading.

Structural collapses

Another leading cause of death during firefighting is structural collapse of part of a burning building (e.g. a wall, floor, ceiling, roof, or truss system). Structural collapse, which often occurs without warning, may crush or trap on-duty firefighters. To avoid loss of life, all on-duty firefighters should maintain two-way communication with the incident commander and be equipped with a Personal Alert Safety System device (PASS).

Communication and command structure

Image:NSWFB112.jpg|New South Wales Fire Brigades station officer (Red helmet) and firefighters (Yellow helmets)Image:FFDSF0145b.jpg|A company of U.S. firefightersImage:PBCFR firefighters1.jpg|Firefighters of Palm Beach County Fire-Rescue have radios to stay in constant communicationImage:MFRD Rescue Helicopter.jpg|Malaysian Fire and Rescue Department Helicopter Crew

The expedient and accurate handling of fire alarms or calls are significant factors in the successful outcome of any incident. Fire department communications play a critical role in that successful outcome. Fire department communications include the methods by which the public can notify the communications center of an emergency, the methods by which the center can notify the proper fire fighting forces, and the methods by which information is exchanged at the scene. One method is to use megaphones to communicate.

A telecommunicator (often referred to as a dispatcher) has a role different but just as important as other emergency personnel. The telecommunicator must process calls from unknown and unseen individuals, usually calling under stressful conditions. He/she must be able to obtain complete, reliable information from the caller and prioritize requests for assistance. It is the dispatcher's responsibility to bring order to chaos.

While some fire departments are large enough to utilize their own telecommunication dispatcher, most rural and small areas rely on a central dispatcher to provide handling of fire, rescue and police services.

Firefighters are trained to use communications equipment to receive alarms, give and receive commands, request assistance, and report on conditions. Since firefighters from different agencies routinely provide mutual aid to each other, and routinely operate at incidents where other emergency services are present, it is essential to have structures in place to establish a unified chain of command, and share information between agencies. The U.S. Federal Emergency Management Agency has established a National Incident Management System. One component of this system is the Incident Command System.

All radio communication in the United States is under authorization from the Federal Communications Commission (FCC); as such, fire departments that operate radio equipment must hold radio licenses from the FCC.

Ten codes were popular in the early days of radio equipment because of poor transmission and reception. Advances in modern radio technology have reduced the need for ten-codes and many departments have converted to simple English (clear text).

Ranks

Commonwealth

Most fire brigades in Commonwealth countries (except Canada) have a more "civilianized" nomenclature, traditionally structured in this manner:

Firefighter	Leading Firefighter :(or Crew Commander)	Sub Officer :(or Watch Commander)
Station Officer :(or Station Commander/Manager)	Assistant Divisional Officer	Divisional Officer
Assistant Chief Fire Officer :(Scotland: Assistant Firemaster)	Chief Fire Officer :(Scotland: Firemaster)

Most firefighters wear yellow helmets, but Station Officers and above wear white helmets. Though these colours are not universal and depend upon the service. Rank is further indicated by black stripes around the helmets.

France

French civilian fire services, which historically are derived from French army sapper units, use standard French Army ranks. The highest rank in many departments is full Colonel.

Japan

Japanese Fire Department's rank insignias are place on a small badge and pinned above the right pocket. Rank is told by stripes and Hexagram stars. The design of the insignias came from older Japanese style military insignias. Sometimes rank can be shown as different color like of the fire jacket for Station Commander. Whites and gray are reserved for EMS. Orange is reserved for rescuer.

Firefighter :One Star with one stripe across	Assistant Fire Sergeant :Two Stars with one stripe across	Fire Sergeant :Three Stars with one stripe across
Fire Lieutenant :One Star with two stripes across	Fire Captain :Two Stars with two stripes across	Battalion Chief :Three Stars with two stripes across
Assistant Chief :One Star with solid background	1st Assistant Chief :Two Stars with solid background	Deputy Chief :Three Stars with solid background
	Fire Chief :Four Stars with solid background

USA

In the United States helmet colors often denote a fire fighter's rank or position. In general, white helmets denote chief officers, while red helmets denote company officers, but the specific meaning of a helmet's color or style varies from region to region and department to department. The rank of an officer in the U.S. fire service is most commonly denoted by a number of speaking trumpets, a reference to a megaphone like device used in the early days of the fire service, although typically they are called "bugles" in today's parlance. Ranks proceed from one (lieutenant) to five (fire chief) bugles. Traditional ranks in American Fire Departments that exist but not always be utilized in all cities or towns include:

Firefighter :no bugles	Engineer/Technician/Sergeant :no bugles	Lieutenant :1 bugle
Captain :2 either traditionally side by side :or less usually crossed bugles	Battalion Chief :2 either side by side :or more traditionally crossed bugles	Division Chief or Deputy/Deputy Asst.Chief/Commissioner :3 crossed bugles
Assistant Chief/Commissioner :4 crossed bugles	Chief/Commissioner :5 crossed bugles

The basic US fire department unit is a small unit called a "company" (under a lieutenant) which is equivalent to a commonwealth "watch" (under a sub-officer). A US fire captain is thus often equivalent to a commonwealth sub-officer, and a US fire lieutenant to a commonwealth leading firefighter.

Still some other American Fire Departments such the FDNY use military rank insignia in addition or instead of the traditional bugles. Additionally, officers on truck companies have been known to use rank insignias shaped like axes for Lieutenants (1) and Captains (2).

The various grades of Divisional Officers and CFOs are indicated by one or more impellers on their epaulettes or the collar of their firefighting uniform, as opposed to the bugle insignia used in the USA.

Firefighter equipment

A partial list of some equipment typically used by firefighters:

• Hand tools, such as
  • Flat-head and pick-head axe
  • Pike pole
  • Halligan bar
  • Flashlight
  • Spanner wrench
  • Circular ("K-12"), Cutters Edge, and/or chain saws
  • Jaws of life extraction tool
• Personal protective equipment ("PPE") designed to withstand water and high temperatures, such as
  • Bunker gear, including turnout jacket and pants
  • Self-Contained Breathing Apparatus
  • Helmet, face mask and/or visor; climbing helmets
  • Boots, gloves, and Nomex and Carbon flash hoods
  • Personal Alert Safety System device
• Handheld radio, pager, or other communication devices
• Vehicle extrication tools, such as Hydraulic rescue tools
• Thermal Imaging Camera

History of fire brigades

The history of organized combating of structural fires dates back at least to Ancient Egypt. Many people put out fires back in biblical times, but whether people did it for a living is unknown.

Firefighters were known in the Roman Republic, but only as privately organised and funded groups operating as more of a business than a service. This ad-hoc approach was later revolutionised during the Principate to become the first truly professional firefighting service. Augustus called for the creation of a trained fire guard, paid and equipped by the state. Known as the Vigiles, they were organised into cohorts and also served as a night watch and a city police force.

Today, fire and rescue remains a mix of paid, call, and volunteer responders.Some Fire and Rescue Services in the UK employ retained firefighters who are typically on call with pagers from their homes and/or place of work; a small number of unpaid volunteer firefighters are also used in some services.

Miscellaneous traditions

In popular literature, firefighters are sometimes depicted with Dalmatian dogs. This breed originated in southern Europe to assist with herding livestock and run along with horses, and in the days of horse-drawn fire vehicles, the horses were usually released on arrival at the fire and the Dalmatians would lead the horses through traffic and to a safe place to wait until the fire was out. Dalmatians also filled the role of protecting the horses' feet from other dogs as equipment was being transported to the fire scene.

In reality, most fire dogs were mutts pulled from the street (and thus cheaper to acquire). In addition, Dalmatians have a reputation for skittishness and congenital defects, such as deafness due to inbreeding.

Many fire companies around the world, especially in the United States, develop annual Beefcake calendars. In these calendars, handsome and/or muscular firefighters appear scantily clad and sometimes cavorting. Calendar proceeds function as fund raisers for their fire department and for charities. Other forms of fund raising may include traditional Firemen's Balls (gala events attended by fire-fighters and supporters from the community), community fairs, and ding-a-ling car washes (where the price is whatever donation one wishes).

Gallery

Image:FF Helmet.JPG|American Firefighter (Metro)Image:TFS Firefighter.JPG|A Canadian firefighterImage:DC firefighter.jpg|An American firefighterImage:Rescue-Millais-L.jpg|The Rescue, a 1855 painting by John Everett MillaisImage:Demorest-fire.jpg|Firefighters in Demorest, Georgia, U.S., responding to a fire alarmFile:Aa RN firefighter 00.jpg|British naval men in firefighting gear on HMS Illustrious , Liverpool, 25 October 2009File:Aa RN firefighter 01.jpg|British naval man in firefighting gear on HMS Illustrious , back view, Liverpool, 25 October 2009

See also

• Brenda Cowan
• Emergency Medical Services
• Fire hydrant
• Fire truck
• Fire services in Scotland
• Incident Command System
• Index of firefighting articles
• Volunteer fire department
• Wildland Firefighter Foundation
• Wildfire suppression

References

1. Österreichischer Bundesfeuerwehrverband: Statistik des ÖBFV
2. National Institute for Occupational Safety and Health Alert: Preventing Fire Fighter Fatalities Due to Heart Attacks and Other Sudden Cardiovascular Events. July 2007.
3. BioHarness www.bioharness.com
4. OSHA Technical Manual (OTM) - Section III: Chapter IV: Heat Stress[www.osha.gov/dts/osta/otm/otm_iii/otm_iii_4.html ]
5. National Institute for Occupational Safety and Health Alert: Preventing Injuries and Deaths of Fire Fighters due to Structural Collapse. August 1999.
6. National Institute for Occupational Safety and Health Alert: Preventing Injuries and Deaths of Fire Fighters Due to Truss System Failures. May 2005.

External links

• Tactical Operations - Today's Plan is Tomorrow's Action
• Firefighter-EMT News
• Industrial Firefighter-EMT News
• International FireFightingNews.com - Fire and Rescue News
• MSN:Cause For the Alarm
• National Incident Management System
• Wildland Firefighter Foundation
• U.S. National Institute for Occupational Safety and Health Topic: Fire Fighter Fatality Investigation and Prevention Program
• Fire Industry News