Assessing a Monitoring Scale of Physiological Health and Risk Assessment Among Those Exposed to Heated Environments: A Brief Report

  • Corey Allen Peacock
  • , Ellen L. Glickman
  • , Gabriel J. Sanders
  • , Keith J. Burns
  • , Brandon S. Pollock
  • , Yong Sulk Seo
  • , Lynn Kakos
  • , John Gustand

Research output: Contribution to journalArticlepeer-review

Abstract

Background: Prevention of heat illness is of considerable medical interest within the field of occupational work. There are many established methods of perceptual health assessment; however, many are rather unpractical and timely. The objective was to improve the practicality and timeliness of perceptual physiological monitoring; a Heat Thermal Sensation scale has been developed. The usefulness of the scale was assessed on its ability to monitor physiological variable. Materials and Methods: Ten apparently healthy individuals performed physically exerting activity while exposed to 37 °C. Sensation and physiology were measured throughout. Results: The perceptual monitoring scale demonstrated weak positive correlations with human physiological variables including cardiorespiratory stresses. It demonstrated no correlation with thermoregulation stress. Conclusion: The scale needs further development to better improve heat illness practices to those commonly exposed in extreme heat during occupational work.

Original languageAmerican English
JournalJournal of Human Performance in Extreme Environments
Volume12
StatePublished - Jan 1 2015

Disciplines

  • Medicine and Health Sciences

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