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Lee, J.K.W. (author), Tan, B. (author), Kingma, B.R.M. (author), Haman, F. (author), Epstein, Y. (author)Exposure to extreme environmental heat or cold during military activities can impose severe thermal strain, leading to impairments in task performance and increasing the risk of exertional heat (including heat stroke) and cold injuries that can be life-threatening. Substantial individual variability in physiological tolerance to thermal stress...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
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Kingma, B.R.M. (author), Haman. F., (author), Nybo, L. (author)Abstract nr I034. Part of special issue: Proceedings of the MQ Military Biomarkers Symposium 2022.article 2022
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Sullivan-Kwantes, W. (author), Haman, F. (author), Kingma, B.R.M. (author), Martini, S. (author), Gautier-Wong, E. (author), Chen, K.Y. (author), Friedl, K.E. (author)Objectives. Soldier performance in the Arctic depends on planning and training, protective equipment, and human physiological limits. The purpose of this review was to highlight the span of current research on enhancing soldier effectiveness in extreme cold and austere environments. Methods. The practices of seasoned soldiers who train in the...article 2020