In pairs of interacting Gnathonemus petersii, a mormyrid electric fish, dominant individuals were larger (longer body). Pairs of interacting fish of similar body size emitted more parallel displays at the onset of an interaction. Over the course of 10 min interactions, head butting increased and parallel display decreased. This decrease occurred primarily in pairs that contained a prior resident and intruder, as compared with two intruders. The patterns of electric organ discharge during parallel display, and the possible sensory modalities mediating this behaviour are discussed
Signals are evolved to help animals communicate and thereby maximize their inclusive fitness. To inc...
Body size in many animal species determines dominance and submissive relationships, being the smalle...
FUGÈRE, Vincent, ORTEGA, Hernán y KRAHE, Rüdiger. Electrical signalling of dominance in a wild popul...
In pairs of interacting Gnathonemus petersii, a mormyrid electric fish, dominant individuals were la...
1. Agonistic motor behaviour and concurrent electric signalling were studied in individually held, ...
African weakly discharging electric fish (Mormyridae) use their self-generated electric signals and ...
Während des agonistischen Verhaltens beantwortet G. petersii elektrische Organentladungen eines M. r...
The weakly electric mormyrid fish Brienomyrus brachyistius employs its electrosensory modality for t...
Mormyrid weakly electric fish produce short, pulse-type electric organ discharges for actively probi...
The electric organ discharges (EODs) of Marcnsenius senegalensis, a West African freshwater fish, ar...
A data acquisition technique is described, which uses a digital analyser to measure off-line the len...
Perrone R, Pedraja F, Valino G, Tassino B, Silva A. Non-breeding territoriality and the effect of te...
South African bulldogs (Marcusenius macrolepidotus, Mormyridae) generate brief (less than 1 ms) elec...
Peter's elephantnose fish (Gnathonemus petersii) is a remarkable fish of the Mormyridae family. It i...
Bulldog fish (Marcusenius macrolepidotus) generate short (<1 ms) electric-organ discharges (EODs), s...
Signals are evolved to help animals communicate and thereby maximize their inclusive fitness. To inc...
Body size in many animal species determines dominance and submissive relationships, being the smalle...
FUGÈRE, Vincent, ORTEGA, Hernán y KRAHE, Rüdiger. Electrical signalling of dominance in a wild popul...
In pairs of interacting Gnathonemus petersii, a mormyrid electric fish, dominant individuals were la...
1. Agonistic motor behaviour and concurrent electric signalling were studied in individually held, ...
African weakly discharging electric fish (Mormyridae) use their self-generated electric signals and ...
Während des agonistischen Verhaltens beantwortet G. petersii elektrische Organentladungen eines M. r...
The weakly electric mormyrid fish Brienomyrus brachyistius employs its electrosensory modality for t...
Mormyrid weakly electric fish produce short, pulse-type electric organ discharges for actively probi...
The electric organ discharges (EODs) of Marcnsenius senegalensis, a West African freshwater fish, ar...
A data acquisition technique is described, which uses a digital analyser to measure off-line the len...
Perrone R, Pedraja F, Valino G, Tassino B, Silva A. Non-breeding territoriality and the effect of te...
South African bulldogs (Marcusenius macrolepidotus, Mormyridae) generate brief (less than 1 ms) elec...
Peter's elephantnose fish (Gnathonemus petersii) is a remarkable fish of the Mormyridae family. It i...
Bulldog fish (Marcusenius macrolepidotus) generate short (<1 ms) electric-organ discharges (EODs), s...
Signals are evolved to help animals communicate and thereby maximize their inclusive fitness. To inc...
Body size in many animal species determines dominance and submissive relationships, being the smalle...
FUGÈRE, Vincent, ORTEGA, Hernán y KRAHE, Rüdiger. Electrical signalling of dominance in a wild popul...