Zoo Biology · 2002 · 106 citations · 49 references
Natural SciencesMarine BiologyZoologyAnimal BehaviorAnimal PhysiologyMarine MammalogyCetacean BiologyMarine Animal PhysiologyMarine Mammal HealthMarine Mammal PhysiologyMarine Mammal Social StructureStress-related BehaviorAggressive InteractionsCetacean BehaviorCetacean Behavioral EcologyCetacean Social StructureCetacean Stress PhysiologySocial Stress ReactivityStress Physiology In CaptivityStress-related Disease Susceptibility
Stress increases disease susceptibility, so managing stress—especially social factors such as group dynamics, resource competition, and dominance instability—is essential in captive dolphin care. The study presents three case studies linking social instability–induced stress to mortality and illness in captive bottlenose dolphins and recommends regular quantitative behavioral assessment and appropriate age/sex grouping to mitigate stress. Blood profiles, loss of appetite, gastric ulcers, and quantitative behavioral indices confirm that social instability and aggressive interactions elevate stress and correlate with health problems, indicating that behavioral records can serve as early indicators of stress and disease. © 2002 Wiley‑Liss, Inc.; Zoo Biol 21:5–26.
Abstract Stress can increase an organism’s susceptibility to disease. Thus, managing stress and its causes are important elements of captive care. Social factors such as changes in group dynamics, competition over resources, and unstable dominance hierarchies are potential stressors for highly social animals such as bottlenose dolphins ( Tursiops sp ). We present three case studies of mortality and illness in captive bottlenose dolphins and suggest that stress, resulting from social instability and ensuing aggressive interactions, is likely to have played a role in these health consequences. Stress is implicated by blood profiles, loss of appetite, and gastric ulcers, and social problems and instability are evident in the quantitative analysis of individual activity levels and association patterns. This is a unique study on marine mammals in that it demonstrates a correlation between quantitative behavioral indices and physiological measures of stress and health. Recommendations are made for the management of captive dolphins including regular quantitative assessment of behavior and associations and maintenance of appropriate groupings of age and sex classes. Behavioral records can be an important early indicator of health problems and may also serve as a useful tool for recognizing potentially stressful social changes and circumstances. Zoo Biol 21:5–26, 2002. © 2002 Wiley‐Liss, Inc.
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