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Q10 describes the influence of temperature on physiological processes as the ratio of the rate of a physiological process at a particular temperature to the rate at a temperature 10 °C lower [1]. In terms of rates of oxygen consumption (VO2) related to rectal temperatures (tre), this can be written as [2]:    Q10=(VO2/VO2,ref)10/tre-tre,ref  (1a)    or equivalently,    VO2=VO2,ref.Q10tre-tre,ref/10  (1b)    Q10 varies between 2 and 3 in biological systems [2], and Q10 = 2 is applied in modelling the rate of metabolic heat production in relation to body temperature [3,4]. This paper aims to determine Q10 for the influence of body temperature on oxygen consumption for light work in warm environments.

Metabolic costs of physiological heat stress responses - Q10 coefficients relating oxygen consumption to body temperature