Despite extensive documentation directed specifically toward mitigating thermal strain of first responders, we wished to ascertain the degree to which first responders applied cooling strategies, and what opinions are held by the various agencies/departments within the United States. An internet-based survey of first responders was distributed to the International Association of Fire Chiefs, International Association of Fire Firefighters, National Bomb Squad Advisory Board and the USA Interagency Board and their subsequent departments and branches. Individual first responder departments were questioned regarding the use of pre-, concurrent, post-cooling, types of methods employed, and/or reasons why they had not incorporated various methods...
Firemen often suffer from heat strain. This study investigated two chest cooling systems for use und...
Firefighters’ thermal burden is generally attributed to high heat loads from the fire and metabolic ...
The ability to regulate core body temperature is a critical factor in avoiding occupational heart st...
This is an accepted manuscript of an article published by Taylor & Francis in Temperature on 29/07/2...
Personal cooling systems, worn by emergency first responders under protective clothing, are designed...
OBJECTIVES: Due to the nature of firefighting, most effective cooling interventions to reduce heat s...
Workers in the electric power industry commonly perform physically demanding jobs in hot environment...
Accessory cooling devices have been developed to protect firefighters (FF) from suffering an exertio...
Rapidly cooling firefighters post emergency response is likely to increase the operational effective...
This study aimed to identify a pre-cooling method to reduce the physiological and perceptual strain,...
Context: Current Evidence Based Practice (EBP) supports the use of rectal thermometry (Tre) for an a...
Monitoring an individual\u27s thermic state in the workplace requires reliable feedback of their cor...
Objective We compared two active cooling devices to passive cooling in a moderate (≈22°C)\ud tempera...
Abstract (150) Numerous occupations require routine exposures to extreme heat conditions posing sign...
Heat stroke is a persistent problem among firefighters, 1 athletes,2 and military personnel,3 all of...
Firemen often suffer from heat strain. This study investigated two chest cooling systems for use und...
Firefighters’ thermal burden is generally attributed to high heat loads from the fire and metabolic ...
The ability to regulate core body temperature is a critical factor in avoiding occupational heart st...
This is an accepted manuscript of an article published by Taylor & Francis in Temperature on 29/07/2...
Personal cooling systems, worn by emergency first responders under protective clothing, are designed...
OBJECTIVES: Due to the nature of firefighting, most effective cooling interventions to reduce heat s...
Workers in the electric power industry commonly perform physically demanding jobs in hot environment...
Accessory cooling devices have been developed to protect firefighters (FF) from suffering an exertio...
Rapidly cooling firefighters post emergency response is likely to increase the operational effective...
This study aimed to identify a pre-cooling method to reduce the physiological and perceptual strain,...
Context: Current Evidence Based Practice (EBP) supports the use of rectal thermometry (Tre) for an a...
Monitoring an individual\u27s thermic state in the workplace requires reliable feedback of their cor...
Objective We compared two active cooling devices to passive cooling in a moderate (≈22°C)\ud tempera...
Abstract (150) Numerous occupations require routine exposures to extreme heat conditions posing sign...
Heat stroke is a persistent problem among firefighters, 1 athletes,2 and military personnel,3 all of...
Firemen often suffer from heat strain. This study investigated two chest cooling systems for use und...
Firefighters’ thermal burden is generally attributed to high heat loads from the fire and metabolic ...
The ability to regulate core body temperature is a critical factor in avoiding occupational heart st...