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Disturbance cues function as a background risk cue but not as an associative learning cue in tadpoles

Author(s): Rivera-Hernández IAE; Crane AL; Pollock MS; Ferrari MCO;

Chemical information has an important role in the sensory ecology of aquatic species. For aquatic prey, chemical cues are a vital source of information related to predator avoidance and risk assessment. For instance, alarm cues are released by prey that have been injured by predators. In addition to providing accurate information about current risk, repea ...

Article GUID: 35099624


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