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Avoidance of biological contaminants through sight smell and touch in chimpanzees

机译:通过黑猩猩的视线气味和触摸避免生物污染物

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摘要

Avoiding biological contaminants is a well-known manifestation of the adaptive system of disgust. In theory, animals evolved with such a system to prevent pathogen and parasite infection. Bodily products are human-universal disgust elicitors, but whether they also elicit avoidance behaviour in non-human primates has yet to be tested. Here, we report experimental evidence that potential exposure to biological contaminants (faeces, blood, semen), as perceived via multiple sensory modalities (visual, olfactory, tactile), might influence feeding decisions in chimpanzees (Pan troglodytes troglodytes)—our closest phylogenetic relatives. Although somewhat mixed, our results do show increased latencies to feed, tendencies to maintain greater distances from contaminants and/or outright refusals to consume food in test versus control conditions. Overall, these findings are consistent with the parasite avoidance theory of disgust, although the presence of biological contaminants did not preclude feeding entirely. The avoidance behaviours observed hint at the origins of disgust in humans, and further comparative research is now needed.
机译:避免生物污染物是适应性厌恶系统的众所周知的表现。从理论上讲,动物通过这种系统来预防病原体和寄生虫感染。身体产物是人类普遍厌恶的诱因,但它们是否还会引发非人类灵长类动物的回避行为,尚待检验。在这里,我们报告了实验证据,表明通过多种感官方式(视觉,嗅觉,触觉)感知到的生物污染物(粪便,血液,精液)的潜在暴露可能会影响黑猩猩(盘古猿类人)的取食决策,这是我们最亲近的系统发育亲戚。尽管有些混杂,但我们的结果确实显示了进食延迟的增加,与污染物保持更大距离的趋势和/或在测试与对照条件下完全拒绝食用食物的趋势。总体而言,这些发现与厌恶寄生虫回避理论是一致的,尽管存在生物污染物并不能完全阻止进食。观察到的回避行为暗示了人类的厌恶根源,现在需要进一步的比较研究。

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