The resting metabolic rates (RMR) of 6 men was determined monthly for 12 consecutive months, at Rothera Base, Antarctica (67°34′S, 68°07′W). Body weight and body composition were also recorded. Metabolic rates were within the range of those found in past polar studies, and of young men in the UK, but varied considerably from month to month. The RMR had a mean range of 30% (p<0.01), with individual ranges of up to 38%. Mean RMR was high in spring, summer and autumn, and low in winter. While these patterns appeared to be associated with a well defined annual cycle of activity, variations could not be correlated with periods of intense activity, individually or for the group
Long-duration Antarctic expeditions are characterized by isolation, confinement, and extreme environ...
Human adaptation to unknown and extreme environments requires changes in the psychological and physi...
Spatial and temporal environmental variation in terrestrial Antarctic ecosystems are known to impact...
The long-term effects of diet, physical activity and seasonal variation on serum lipids have been st...
1. Body-weight, skinfold thickness and food intake were measured at regular intervals in twenty-five...
Body weight and body fat changes (calculated from skinfold thickness) that occurred in a male popula...
The metabolic and nutritional conditions in Antarctica were studied in 29 members of the 10th Japane...
The investigators have examined eleven polar research winterers during the antarctic expedition, fif...
Oral glucose tolerance tests were performed in 12 young men in the Antarctic. Tests were done in the...
Terrestrial systems in Antarctica are characterized by substantial spatial and temporal variation. H...
1. Previous measurements of energy intake on sledging journeys in Antarctica have given a mean intak...
The practically healthy men in 20-45 age dwelling in the Russia's northern regions (in all 1334 pers...
The effects of a cold environment have been sought both in experimental animals and in man. In anima...
Polar exploration often involves travelling on foot and thus is physically intensive, with long-term...
Physiological reactions to the cold of 29 wintering members of the 9th Japanese Antaractic Research ...
Long-duration Antarctic expeditions are characterized by isolation, confinement, and extreme environ...
Human adaptation to unknown and extreme environments requires changes in the psychological and physi...
Spatial and temporal environmental variation in terrestrial Antarctic ecosystems are known to impact...
The long-term effects of diet, physical activity and seasonal variation on serum lipids have been st...
1. Body-weight, skinfold thickness and food intake were measured at regular intervals in twenty-five...
Body weight and body fat changes (calculated from skinfold thickness) that occurred in a male popula...
The metabolic and nutritional conditions in Antarctica were studied in 29 members of the 10th Japane...
The investigators have examined eleven polar research winterers during the antarctic expedition, fif...
Oral glucose tolerance tests were performed in 12 young men in the Antarctic. Tests were done in the...
Terrestrial systems in Antarctica are characterized by substantial spatial and temporal variation. H...
1. Previous measurements of energy intake on sledging journeys in Antarctica have given a mean intak...
The practically healthy men in 20-45 age dwelling in the Russia's northern regions (in all 1334 pers...
The effects of a cold environment have been sought both in experimental animals and in man. In anima...
Polar exploration often involves travelling on foot and thus is physically intensive, with long-term...
Physiological reactions to the cold of 29 wintering members of the 9th Japanese Antaractic Research ...
Long-duration Antarctic expeditions are characterized by isolation, confinement, and extreme environ...
Human adaptation to unknown and extreme environments requires changes in the psychological and physi...
Spatial and temporal environmental variation in terrestrial Antarctic ecosystems are known to impact...