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During the 35th JARE (Japanese Antarctic Research Expedition) Cruise, we collected large lysianassoid amphipods Eurythenes gryllus alive from 3186 m depth off Lutzow-Holm Bay using a baited trap and measured the respiration rates and swimming speeds of an~phipods on board (-0.5 to -l.O°C). The oxygen consumption rate (OC; FM ind.-' h-') was significantly correlated with the wet body weight (BW; g) for loglo transformed data; logOC = 0.190 + 0.647.logBW (p 0.05). The swimming speed (SS; cm S-'), which was determined from video camera recordings made on amphipods placed in a plastic container, also showed a linear relationship with body weight for loglo transformed data; log SS = 0.412 + 0.515. log BW (p < 0.005). Using the regression of the swimming speed, the population density of E. gryllus was estimated based on a mo&fication of an existing model of the area where the amphipods were attracted to the bait.

Respiration rate and swimming speed of the necrophagous amphipod Eurythenes gryllus from Antarctic deep waters