Some prey species vary the intensity of antipredator responses according to the perceived level of threat associated with different concentrations of chemical cues related to predation. Here, we examine whether Red-Backed Salamanders (Plethodon cinereus) respond to different concentrations of damage-released cues from the tails of conspecifics in a threat-sensitive manner. We exposed salamanders either to a control or to damage-released cues from conspecifîcs at one of three different concentrations. We found that salamanders exposed to damage released cues significantly decreased their activity compared to salamanders exposed to a control. However, the intensity of the responses was not related to the concentration of the cue, suggesting t...
© 2020, Canadian Science Publishing. All rights reserved. Plethodontid salamanders may reduce predat...
Many animals use and react to multimodal signals — signals that occur in more than one sensory modal...
Prey can acquire information about predators by eavesdropping on conspecific cues, but these cues ar...
Some prey species vary the intensity of antipredator responses according to the perceived level of t...
Chemical cues released from injured prey are thought to indicate the proximity of a predator or pred...
Prey species show diverse antipredator responses to chemical cues signaling predation threat. Among ...
Prey species may reduce the likelihood of injury or death by engaging in defensive behavior but ofte...
In nature, visual cues are limited for southern red-backed salamanders (Plethodon serratus), so chem...
Chemical cues released from injured prey are thought to indicate the proximity of a preda-tor or pre...
Prey often respond to predators by either fleeing or freezing (remaining immobile). Fleeing rapidly ...
The morphology and behavior of most species are influenced by predator-prey interactions. To avoid m...
Many prey species use chemical cues deposited by predators to assess predation risk, and some prey a...
Plethodontid salamanders may reduce predation risk via behavioral responses to predator kairomones a...
Detection of chemical cues is important for avoidance of predation for many prey animals. Previous ...
Hahn LG, Oswald P, Caspers B. Behavioural responses to chemical cues of predators differ between fir...
© 2020, Canadian Science Publishing. All rights reserved. Plethodontid salamanders may reduce predat...
Many animals use and react to multimodal signals — signals that occur in more than one sensory modal...
Prey can acquire information about predators by eavesdropping on conspecific cues, but these cues ar...
Some prey species vary the intensity of antipredator responses according to the perceived level of t...
Chemical cues released from injured prey are thought to indicate the proximity of a predator or pred...
Prey species show diverse antipredator responses to chemical cues signaling predation threat. Among ...
Prey species may reduce the likelihood of injury or death by engaging in defensive behavior but ofte...
In nature, visual cues are limited for southern red-backed salamanders (Plethodon serratus), so chem...
Chemical cues released from injured prey are thought to indicate the proximity of a preda-tor or pre...
Prey often respond to predators by either fleeing or freezing (remaining immobile). Fleeing rapidly ...
The morphology and behavior of most species are influenced by predator-prey interactions. To avoid m...
Many prey species use chemical cues deposited by predators to assess predation risk, and some prey a...
Plethodontid salamanders may reduce predation risk via behavioral responses to predator kairomones a...
Detection of chemical cues is important for avoidance of predation for many prey animals. Previous ...
Hahn LG, Oswald P, Caspers B. Behavioural responses to chemical cues of predators differ between fir...
© 2020, Canadian Science Publishing. All rights reserved. Plethodontid salamanders may reduce predat...
Many animals use and react to multimodal signals — signals that occur in more than one sensory modal...
Prey can acquire information about predators by eavesdropping on conspecific cues, but these cues ar...