Publication | Closed Access
Escape latency is size independent in grey mullet
16
Citations
22
References
2007
Year
KinesiologyBody SizeFitnessPhysiologyLatency IncreasesModel SpeciesMinimum Escape LatencyAnimal BehaviorLocomotor PerformanceEscape LatencyPerformance CharacterizationHealth Sciences
Using grey mullet Mugil cephalus as a model species, the hypothesis that escape latency increases with body size was tested. Minimum escape latency was c . 10 ms (mean ± s . d . 18·1 ± 13·7 ms; range 8–72 ms) and was independent of body size.
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