What is it about?
The study assesses the accuracy of a free, web-based predictive heat strain software. The software predicts body temperatures for athletes performing physical activities under diverse environmental conditions. A total of 165 trials were conducted in controlled environmental chambers, involving various exercise protocols. Results showed that the software achieved strong agreement between predicted and observed core body temperatures.
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Why is it important?
This research provides tool for predicting heat strain, addressing the growing challenges posed by climate change and increased participation in endurance sports. The upgraded PHSFL platform is unique in its ability to simulate physiological heat strain using real-world environmental data and exercise scenarios, making it a practical tool for athletes, occupational safety experts, and healthcare providers.
Perspectives
The development and validation of the PHSFL tool represents a significant milestone in my efforts to bridge science and technology to address real-world challenges, particularly the escalating concerns of heat strain in sports and occupational settings. I hope this publication emphasizes the critical role of data-driven solutions in mitigating heat-related risks. More than just a research project, this work marks a step toward empowering individuals and communities with practical tools to adapt and thrive in extreme environments.
Konstantinos Mantzios
Read the Original
This page is a summary of: Validation of Core, Rectal and Skin Temperature Predictions of a Free Web-Based Predictive Heat Strain Software Based on the ISO 7933:2023 Standard in Recreational Athletes, Journal of Science in Sport and Exercise, August 2024, Tsinghua University Press,
DOI: 10.1007/s42978-024-00309-5.
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