Isolation associated aggression--a consequence of recovery from defeat in a territorial animal

Population density has profound influences on the physiology and behaviour of many animal species. Social isolation is generally reported to lead to increased aggressiveness, while grouping lowers it. We evaluated the effects of varying degrees of isolation and grouping on aggression in a territoria...

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Veröffentlicht in:PloS one 2013-09, Vol.8 (9), p.e74965-e74965
Hauptverfasser: Stevenson, Paul A, Rillich, Jan
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description Population density has profound influences on the physiology and behaviour of many animal species. Social isolation is generally reported to lead to increased aggressiveness, while grouping lowers it. We evaluated the effects of varying degrees of isolation and grouping on aggression in a territorial insect, the Mediterranean field cricket, Gryllus bimaculatus. Substantiating early observations, we show that dyadic contests between weight-matched, adult male crickets taken from groups rarely escalate beyond threat displays, whereas interactions between pairs of previously isolated crickets typically escalate to physical fights lasting several seconds. No significant differences were found between 1, 2 and 6-day isolates, or between individuals grouped for a few hours or lifelong. Unexpectedly, crickets grouped in immediate proximity within individual mesh cages that precluded fighting while permitting visual, olfactory and mechanical, antennal contact, were as aggressive as free isolates. This suggests that reduced aggression of grouped animals may be an acquired result of fighting. Supporting this notion, isolated crickets initially engage in vigorous fights when first grouped, but fighting intensity and duration rapidly decline to the level of life-long grouped crickets within only 10 min. Furthermore, grouped crickets become as aggressive as life-long isolates after only 3 hours of isolation, and on the same time course required for crickets to regain their aggressiveness after social defeat. We conclude that the reduced aggressiveness of grouped crickets is a manifestation of the loser effect resulting from social subjugation, while isolation allows recovery to a state of heightened aggressiveness, which in crickets can be considered as the default condition. Given the widespread occurrence of the loser effect in the Animal Kingdom, many effects generally attributed to social isolation are likely to be a consequence of recovery from social subjugation.
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subjects Aggression
Aggression - physiology
Aggressive behavior
Aggressiveness
Animal species
Animals
Behavior
Behavior, Animal
Brain
Cages
Crickets
Experiments
Female
Fighting
Gene expression
Gryllidae - physiology
Insects
Male
Males
Neurosciences
Population Density
Recovery
Recovery (Medical)
Social Dominance
Social interactions
Social isolation
Territoriality
Time Factors
title Isolation associated aggression--a consequence of recovery from defeat in a territorial animal
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