Ethology · 1989 · 191 citations · 17 references
Life SciencesEcologyZoologyAnimal BehaviorBehavioral EcologyOrnithologyForaging EcologyLearning In FishOlfactory PhysiologyOlfactory SystemsSensory EcologyPheromone BiologyPheromone SignalingPredator DetectionPredator LearningPredator Odor RecognitionPredator Recognition Learning
Abstract Naive European minnows ( Phoxinus phoxinus ) do not show a fright reaction when they first encounter the odour of a natural predator (the pike: Esox lucius ) or the odour of a non‐piscivorous exotic (tilapia: Tilapia mariae ). A conditioned fright response to both these odours will however develop if minnows experience them in a potentially dangerous situation, for example, in conjunction with Schreckstoff, the ostariophysian alarm pheromone. Although minnows respond to both odours the reaction to the tilapia odour is reduced. This suggests that a constraint on learning is involved. Olfactory recognition is particularly valuable for detecting predators that hunt in conditions where visibility is poor.
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Behavioural Ecology: An Evolutionary Approach
Rupert Ormond, J. R. Krebs, Nigel Davies · Journal of Animal Ecology · 1983 · 2.9K citations
Behavioural ecology: An evolutionary approach
H. Ronald Pulliam · Animal Behaviour · 1979 · 2K citations