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Radio and sonic telemetry were used to investigate\udthe tidal orientation, rate of movement\ud(ROM), and surfacing behavior of nine Kemp's ridley\udturtles, Lepidochelys kempii, tracked east of the Cedar\udKeys, Florida. The mean of mean turtle bearings on\udincoming (48 ± 49 0) and falling (232 ± 41 0) tides was\udsignificantly oriented to the mean directions of tidal flow\ud(37±9°, P<0.0025, and 234±9 0, P<0.005, respectively).\udTurtles had a mean ROM of 0.44±0.33 km/h\ud(range: 0.004-1.758 km/h), a mean surface duration of\ud18± 15 s (range: 1-88 s), and a mean submergence duration\udof 8.4± 6.4 min (range: 0.2-60.0 min). ROM was\udnegatively correlated with surface and submergence\uddurations and positively correlated with the number of\udsurfacings. Furthermore, ROMs were higher and surface and submergence durations were shorter during the day.\udDaily activities of turtles were attributed to food acquisition\udand bioenergetics

Activity patterns of Kemp's ridley turtles, Lepidochelys kempii , in the coastal waters of the Cedar Keys, Florida