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About Thermophysiology

Thermophysiology is a branch of physiology that investigates how humans manage and regulate their body temperature in response to different environmental, metabolic, and clothing conditions. It studies the mechanisms of thermoregulation, including the processes of heat production and heat loss, and the role of various organs and systems in maintaining thermal homeostasis. Thermophysiology also explores how different environmental conditions can affect physiology, behavior, health, cognition, and performance. This field is crucial in areas such as medical science, sports science, as well as occupational and environmental health.

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Thermal Stress Indicators

Thermal stress indicators are essential tools used to evaluate the risks associated with exposure to extreme temperatures. Their importance is underscored in contexts such as worker safety, sports medicine, and public health during heatwaves. By assessing the temperature in relation to various environmental factors, these indicators can provide a comprehensive understanding of the actual "feeling" of the heat, which can differ significantly from the standard ambient temperature. One of the most commonly used indicators for thermal stress is the Wet-Bulb Globe Temperature (WBGT). This index takes into account not only the temperature but also humidity, wind speed, and solar radiation. Consequently, WBGT provides a more holistic representation of the thermal environment than simple temperature readings. The WBGT presented above is calculated based on data obtained from the nearest weather station to you. If you haven't granted location access or if there's an issue with geolocation, the WBGT value is determined using data for Paris. To get the most accurate reading for your location, please provide location access.

Thermal Stress Indicators

Thermal stress indicators are essential tools used to evaluate the risks associated with exposure to extreme temperatures. Their importance is underscored in contexts such as worker safety, sports medicine, and public health during heatwaves. By assessing the temperature in relation to various environmental factors, these indicators can provide a comprehensive understanding of the actual "feeling" of the heat, which can differ significantly from the standard ambient temperature. One of the most commonly used indicators for thermal stress is the Wet-Bulb Globe Temperature (WBGT). This index takes into account not only the temperature but also humidity, wind speed, and solar radiation. Consequently, WBGT provides a more holistic representation of the thermal environment than simple temperature readings. For the visitor of this webpage, the WBGT presented below has been calculated based on data obtained from the nearest weather station.



Glossary

Want to add a term?

If you are an expert in thermal physiology and you wish to register a scientific term relevant to thermal physiology, you may submit a request by sending an email to: .


Term Definition
Heat acclimation A complex series of physiological adaptations that occur in response to heat stress in a controlled environment (e.g., heat chamber).
Heat acclimatization A complex series of physiological adaptations that occur in response to heat stress in the natural environment.

Laboratories

There are approximately 35 laboratories around the world specializing in human thermophysiology. Each is equipped with environmental chambers that can simulate a variety of environmental conditions. Additionally, these laboratories possess advanced equipment for comprehensive evaluations of various physiological aspects.

Want to Register Your Laboratory?

If you are the Director of a laboratory specializing in thermophysiology and wish to include your lab in our registry, we invite you to review our registration criteria. Once you have verified that your laboratory meets these requirements, you may submit a request for your laboratory to be registered by sending an email to: . We look forward to welcoming you to our global network.


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Experts

There are 19 registered experts in thermal physiology in our registry.

Want to Register as a Thermal Physiologist?

If you wish to register as a thermal physiologist in our registry, we invite you to review our registration criteria. Once you have verified that you meet these requirements, you may submit a request by sending an email to: . We look forward to welcoming you to our global network.

Origin Academic Name ↕ Affiliation Expertise
expert_photo Cyprus Leonidas G. Ioannou Jozef Stefan Institute, Slovenia
expert_photo Greece Andreas D. Flouris University of Thessaly, Greece
expert_photo Canada Glen P. Kenny University of Ottawa, Canada
expert_photo Slovenia Igor B. Mekjavic Jozef Stefan Institute, Slovenia
expert_photo Denmark Lars Nybo University of Copenhagen, Denmark
expert_photo United Kingdom Christopher J. Tyler University of Roehampton, UK
expert_photo Singapore Jason Kai Wei Lee National University of Singapore, Singapore
expert_photo United Kingdom Josh Foster King's College London, UK
expert_photo Italy Davide Filingeri University of Southampton, UK
expert_photo Canada Julien D. Périard University of Canberra, Australia
expert_photo United Kingdom Neil Maxwell University of Brighton, UK
expert_photo Australia Aaron J. E. Bach Griffith University, Australia
expert_photo Netherlands Hein A. M. Daanen Universiteit Amsterdam, Netherlands
expert_photo Australia Andrew P. Hunt Queensland University of Technology, Australia
expert_photo France Sebastien Racinais CREPS Montpellier - Font Romeu, France
expert_photo Netherlands Boris R. M. Kingma TNO, The Netherlands
expert_photo Netherlands Sam B. Ballak TNO, The Netherlands
expert_photo Netherlands Ir. Koen P.H.M. van der Sanden TNO, The Netherlands
expert_photo Netherlands Lisa Klous TNO, The Netherlands



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