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Kingma, B.R.M. (author), Sullivan-Kwantes, W. (author), Castellani, J.W. (author), Friedl, K.E. (author), Haman, F. (author)This paper defines functional cold exposure zones that illustrate whether a person is at risk of developing physical performance loss or cold weather injuries. Individual variation in body characteristics, activity level, clothing and protective equipment all contribute to variation in the effective exposure. Nevertheless, with the right...article 2023
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Haman, F. (author), Souza, S.C.S. (author), Castellani, J.W. (author), Dupuis, M.P. (author), Friedl, K.E. (author), Sullivan-Kwantes, W. (author), Kingma, B.R.M. (author)Human tolerance to cold environments is extremely limited and responses between individuals is highly variable. Such physiological and morphological predispositions place them at high risk of developing cold weather injuries [CWI; including hypothermia and/or non-freezing (FCI) and freezing cold injuries (NFCI)]. The present manuscript...article 2022
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Haman, F. (author), Kingma, B.R.M. (author), Simonelli, G. (author), Castellani, J.W. (author), Blondin, D.P. (author)Abstract nr I033. Part of special issue: Proceedings of the MQ Military Biomarkers Symposium 2022.article 2022