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Structure fires typically have a similar response from the fire department that include engines, ladder trucks, rescue squads, chief officers, and an EMS unit, each of which will have specific initial assignments. The actual response and assignments will vary between fire departments.
It is not unusual for some fire departments to have a pre-determined mobilisation plan for when a fire incident is reported in certain structures in their area. This plan may include mobilising the nearest aerial firefighting vehicle to a tower block, or a foam-carrying vehicle to structures known to contain certain hazardous chemicals.
In the United States, according to NFPA, structures are divided into five construction types for the purposes of firefighting, and are listed from least combustible to most combustible:
Typically used in high-rises. The material comprising the structure is either inherently able to withstand significant exposure to fire (concrete), or in which a fire resistive covering is applied to steel structural members.
Type II: Non-combustible
Typically used in strip shopping center malls. Roofs are constructed out of steel rafters.
Type III: Ordinary construction
Brick and mortar walls, wood frame floors. City rowhouses are where this type of construction is most often found.
The examples and perspective in this section deal primarily with the United States and do not represent a worldwide view of the subject. Please improve this article and discuss the issue on the talk page.(August 2012)
In a recent study, conducted by American Survey CO, for the period of 2005 - 2010, the causes of house fires across America were as follows:
Appliances and electrical (stoves, microwaves, toasters, radiators, various heating systems, small appliances) - approximately 47%
Gas leaks - around 5-7%
Open flames (candles, fireplaces) - approximately 32%
Children (there was, and still is, a dramatic decrease in these fires every year) - Around 10%
Spreading of fires from house to house - approximately 3%
Haung, Kai. 2009. Population and Building Factors That Impact Residential Fire Rates in Large U.S. Cities. Applied Research Project. Texas State University. http://ecommons.txstate.edu/arp/287/