Acta Vet. Brno 2016, 85: 293-301

https://doi.org/10.2754/avb201685030293

Antipredator behaviour of domestic guinea pigs (Cavia porcellus)

Aneta Baklová1, Eva Baranyiová1,2, Hana Šimánková3

1Czech University of Life Sciences in Prague, Faculty of Tropical AgriSciences, Department of Animal Science and Food Processing, Prague, Czech Republic
2Veterinary Research Institute Brno, Czech Republic
3Charles University in Prague, Institute of Zoology, Prague, Czech Republic

Received July 1, 2016
Accepted August 31, 2016

The objective of this study was to test the reactions of domestic guinea pigs to the presence of aerial and terrestrial predators in a laboratory setting. We measured the behavioural reactions of 27 adolescent guinea pigs to the presence of a dog, imitation of a bird of prey and an unknown human as control. Kruskal-Wallis ANOVA and Mann-Whitney U Test were used to analyse the differences in duration and frequency of responses (freezing, fleeing, and vigilance) to predators. When confronted with the dog, guinea pigs reacted for the longest time and most frequently by freezing. In presence of the bird of prey, they responded for the longest time and most often by freezing and fleeing. In presence of a human, they showed mostly vigilance. When comparing reactions to the dog and human, there were differences in duration and frequency of freezing and fleeing. When comparing reactions to the bird of prey and control test, we observed differences between fleeing and vigilance. The durations and frequencies of freezing, fleeing and vigilance to the dog and bird of prey were different. The only differences in reactions of males and females occurred in duration and frequency of fleeing in presence of the bird of prey. No vocalization was observed except for two occurrences, of a “drrr” and a “chirrup”. Our results indicate that domestic guinea pigs tested under laboratory conditions can discriminate between a terrestrial and an aerial predator, when exposed to them individually. Their antipredator behaviours remained functional, although their vocalizations may have been affected by the absence of signal receivers.

References

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