PHYSIO-ANTHROPOLOGICAL STUDY ON THERMOREGULATORY CHARACTERISTICS OF JAPANESE

我们在following findings in the some creative techniques developed in thephyseo -anthropological field.1. Fatty subjects had smaller changes in skin temperature（T - D2sk - D2） at the trunk and larger changes in peripheral T - D2sk - D2 than lean subjects underboth hot (37 - C) to cool (17 - C) and cool to hot conditions.2district (Kyushu) was higher than that from the cold district (Hokkaido and Tohoku) in a hotenvironment (40). However，D2sk during the experiment showed higher value in the subjects from the cold during the experiment showed higher value in the subjectsdistrict.3. There were significant correlations between increases in thermal sensation and in α2band of electroencephalogram (EEG) during thermal stimuli应用于palm，并在thermal sensation中在thermal comfort和在β1 band of EEG. Both increase in thermal sensationand decrease in thermal comfort showed significant correlations with increase in brain blood flow.4。Increase in rectal temperature of children wmaller than that of young adults during immersionof their legs in a hot water bath (42 - C) in a hot environment (30 - C). It was suggested that childrenregulate their body temperature mainly through a dry heat loss in a hot environment.5. Thermalresponses to a hot (35 - C) and a cold (5 - C) environment were different between日本人和韩国females wearing T-shirt and short pants, however，the way of responses to each thermal stress was affected by whether wearing Kimono or Hanbok in each6. The ratio of body surface area to body weight was estimated from Thephysique or body type of several population groupsand the regression equation between the ratio and the mean air temperature of their resident places日本男人和女人都被要求在这个relation中完整地包含。

We obtained the following findings in this research by the some creative techniques developed in the physio-anthropological field.1. Fatty subjects had smaller changes in skin temperature (TィイD2skィエD2) at the trunk and larger changes in peripheral TィイD2skィエD2 than lean subjects under both hot (37 ゜C) to cool (17 ゜C) and cool to hot conditions.2. TィイD2skィエD2 of subjects from the warm district (Kyushu) was higher than that from the cold district (Hokkaido and Tohoku) in a hot environment (40゜C). However, changes in TィイD2skィエD2 during the experiment showed higher value in the subjects from the cold district.3. There were significant correlations between increases in thermal sensation and in α2 band of electroencephalogram (EEG) during thermal stimuli applied to palm, and between increases in thermal comfort and in β1 band of EEG. Both increase in thermal sensation and decrease in thermal comfort showed significant correlations with increase in brain blood flow.4. Increase in rectal temperature of children were smaller than that of young adults during immersion of their legs in a hot water bath (42゜C) in a hot environment (30゜C). It was suggested that children regulate their body temperature mainly through a dry heat loss in a hot environment.5. Thermal responses to a hot (35゜C) and a cold (5゜C) environment were different between Japanese and Korean females wearing T-shirt and short pants, however, the way of responses to each thermal stress was affected by whether wearing Kimono or Hanbok in each Japanese and Korean.6. The ratio of body surface area to body weight was estimated from the physique or body type of several population groups, and the regression equation between the ratio and the mean air temperature of their resident places was calculated. Japanese males and females are found to be completely contained in this relation.