Journal of Fish Biology · 1998 · 138 citations · 37 references
Life SciencesFisheriesPhysiologyFish BiologyFish PhysiologyIchthyologyFish EndocrinologyFish HealthStress EndocrinologyStress Hormone RegulationStress ResponsesStress-related BehaviorCapture Stress PhysiologyCetacean Stress PhysiologyCortisol MetabolismFish Stress PhysiologyPhysiological Stress InductionPhysiological Stress MarkersPhysiological Stress ResponsesStress Physiology In Captivity
Capture of carp Cyprinus carpio from holding tanks by dipnet, or from semi‐natural conditions by rod and line, elicits a physiological stress response characterized by elevation of plasma cortisol levels. The transfer of carp to keepnets subsequent to capture does not increase or reduce the magnitude or duration of this response and in both cases plasma cortisol levels have returned to pre‐stress levels within 24 h of the initial disturbance. The postcapture plasma cortisol elevation is accompanied by disturbances in plasma glucose and lactate levels but these are less consistent in severity and duration than the cortisol response. These data suggest that the retention of fish in keepnets following capture, does not represent a source of stress additional to that imposed by capture and has no effect on the rate of recovery of the fish from the initial capture stress.
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Fish Stress and Health in Aquaculture
Alan G. Heath, George K. Iwama, Alan D. Pickering et al. · Estuaries · 1998 · 1.1K citations
R. A. Ferguson, Bruce L. Tufts · Canadian Journal of Fisheries and Aquatic Sciences · 1992 · 291 citations
Life Sciences, Fisheries, Physiology +14