In this study, we show that the fish Nile tilapia displays an antipredator response to chemical cues present in the blood of conspecifics. This is the first report of alarm response induced by blood-borne chemical cues in fish. There is a body of evidence showing that chemical cues from epidermal 'club' cells elicit an alarm reaction in fish. However, the chemical cues of these 'club' cells are restricted to certain species of fish. Thus, as a parsimonious explanation, we assume that an alarm response to blood cues is a generalized response among animals because it occurs in mammals, birds and protostomian animals. Moreover, our results suggest that researchers must use caution when studying chemically induced alarm reactions because it is ...
We investigated, under laboratory conditions, the presence of chemical alarm signals in juvenile rai...
Glowlight tetras, Hemigrammus erythrozonus, show a conspicuous visual display ('fin flicking') upon ...
Detection and recognition of chemical cues from predators may lower the risk of predation in prey fi...
The alarm response to skin extract has been well documented in fish. In response to skin extract, th...
The alarm response to skin extract has been well documented in fish. In response to skin extract, th...
Color poster with text, images, and charts.In various species of fishes, chemical cues play an essen...
Olfactory cues that indicate predation risk elicit a number of defensive behaviors in fishes, but wh...
In ostariophysan fish, the detection of alarm substance released from the skin of a conspecific or a...
Freshwater vertebrate and invertebrate prey species commonly rely on chemosensory information, inclu...
Previous studies on the effects of stocking density on the behaviour of African catfish have shown t...
eof a planktivorous damselfish, Acanthochromis polyacanthus) and either conspecific skin extracts (w...
A diversity of fishes release chemical cues upon being attacked by a predator. These cues, commonly ...
1. Animal signalling systems outside the realm of human perception remain largely understudied. Thes...
Several aquatic organisms, including fish, release chemicals that may serve as alarm signals (Mirza ...
Although the skin of an injured conspecific releases alarm substance in some fish species, it has be...
We investigated, under laboratory conditions, the presence of chemical alarm signals in juvenile rai...
Glowlight tetras, Hemigrammus erythrozonus, show a conspicuous visual display ('fin flicking') upon ...
Detection and recognition of chemical cues from predators may lower the risk of predation in prey fi...
The alarm response to skin extract has been well documented in fish. In response to skin extract, th...
The alarm response to skin extract has been well documented in fish. In response to skin extract, th...
Color poster with text, images, and charts.In various species of fishes, chemical cues play an essen...
Olfactory cues that indicate predation risk elicit a number of defensive behaviors in fishes, but wh...
In ostariophysan fish, the detection of alarm substance released from the skin of a conspecific or a...
Freshwater vertebrate and invertebrate prey species commonly rely on chemosensory information, inclu...
Previous studies on the effects of stocking density on the behaviour of African catfish have shown t...
eof a planktivorous damselfish, Acanthochromis polyacanthus) and either conspecific skin extracts (w...
A diversity of fishes release chemical cues upon being attacked by a predator. These cues, commonly ...
1. Animal signalling systems outside the realm of human perception remain largely understudied. Thes...
Several aquatic organisms, including fish, release chemicals that may serve as alarm signals (Mirza ...
Although the skin of an injured conspecific releases alarm substance in some fish species, it has be...
We investigated, under laboratory conditions, the presence of chemical alarm signals in juvenile rai...
Glowlight tetras, Hemigrammus erythrozonus, show a conspicuous visual display ('fin flicking') upon ...
Detection and recognition of chemical cues from predators may lower the risk of predation in prey fi...