2006American Journal of Physical AnthropologyOpen access

American Journal of Physical Anthropology

American Association of Physical Anthropologists

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Abstract

Variation in human functional eccrine sweat gland density in our sample is not explained by childhood climate or genetic similarity. Sweat production appears to be decoupled from functional eccrine density; differences in sweat production are attributable primarily to sweat output per eccrine gland. We hypothesize that phenotypic plasticity in aspects of thermoregulation other than eccrine gland density, including per-gland sweat production, are the primary means through which humans have and continue to adjust sweating capacity in new thermoregulatory environments.

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Variation in human functional eccrine sweat gland density in our sample is not explained by childhood climate or genetic similarity. Sweat production appears to be decoupled from functional eccrine density; differences in sweat production are attributable primarily to sweat output per eccrine gland. We hypothesize that phenotypic plasticity in aspects of thermoregulation other than eccrine gland density, including per-gland sweat production, are the primary means through which humans have and continue to adjust sweating capacity in new thermoregulatory environments.

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Available abstract

Variation in human functional eccrine sweat gland density in our sample is not explained by childhood climate or genetic similarity. Sweat production appears to be decoupled from functional eccrine density; differences in sweat production are attributable primarily to sweat output per eccrine gland. We hypothesize that phenotypic plasticity in aspects of thermoregulation other than eccrine gland density, including per-gland sweat production, are the primary means through which humans have and continue to adjust sweating capacity in new thermoregulatory environments.

Key concepts: Sweat gland, SWEAT, Eccrine sweat gland, Eccrine sweat, Biology, Phenotype, Thermoregulation, Variation (astronomy)

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