Während des agonistischen Verhaltens beantwortet G. petersii elektrische Organentladungen eines M. rume statistisch bevorzugt nach einer Latenzzeit von nur ca. 11 msec. Dies deutet auf die Existenz einer besonders raschen Reflexbahn hin, deren spezifische Aufgabe offenbar die Wahrnehmung und Beantwortung elektrischer Fremdsignale ist
Weakly electric fish occupy a special place in the field of neuroethology as a model system for the ...
Mormyrid weakly electric fish produce short, pulse-type electric organ discharges for actively probi...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...
Während des agonistischen Verhaltens beantwortet G. petersii elektrische Organentladungen eines M. r...
1. Agonistic motor behaviour and concurrent electric signalling were studied in individually held, ...
A data acquisition technique is described, which uses a digital analyser to measure off-line the len...
The electric organ discharge (EOD) signalling of isolated and of socially interacting Pollimyrus isi...
The weakly electric mormyrid fish Brienomyrus brachyistius employs its electrosensory modality for t...
South African bulldogs (Marcusenius macrolepidotus, Mormyridae) generate brief (less than 1 ms) elec...
1. Seven isolated G. petersii resting in their daytime hiding-places were stimulated via a dipole m...
1. Aggression experiments were performed with Gnathonemus petersii. Three kinds of stimulus fish wer...
In pairs of interacting Gnathonemus petersii, a mormyrid electric fish, dominant individuals were la...
The electric organ discharges (EODs) of Marcnsenius senegalensis, a West African freshwater fish, ar...
A Gnathonemus petersii which is put into the tank of a Mortnyrtts rume, or of an electrically silenc...
Peter's elephantnose fish (Gnathonemus petersii) is a remarkable fish of the Mormyridae family. It i...
Weakly electric fish occupy a special place in the field of neuroethology as a model system for the ...
Mormyrid weakly electric fish produce short, pulse-type electric organ discharges for actively probi...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...
Während des agonistischen Verhaltens beantwortet G. petersii elektrische Organentladungen eines M. r...
1. Agonistic motor behaviour and concurrent electric signalling were studied in individually held, ...
A data acquisition technique is described, which uses a digital analyser to measure off-line the len...
The electric organ discharge (EOD) signalling of isolated and of socially interacting Pollimyrus isi...
The weakly electric mormyrid fish Brienomyrus brachyistius employs its electrosensory modality for t...
South African bulldogs (Marcusenius macrolepidotus, Mormyridae) generate brief (less than 1 ms) elec...
1. Seven isolated G. petersii resting in their daytime hiding-places were stimulated via a dipole m...
1. Aggression experiments were performed with Gnathonemus petersii. Three kinds of stimulus fish wer...
In pairs of interacting Gnathonemus petersii, a mormyrid electric fish, dominant individuals were la...
The electric organ discharges (EODs) of Marcnsenius senegalensis, a West African freshwater fish, ar...
A Gnathonemus petersii which is put into the tank of a Mortnyrtts rume, or of an electrically silenc...
Peter's elephantnose fish (Gnathonemus petersii) is a remarkable fish of the Mormyridae family. It i...
Weakly electric fish occupy a special place in the field of neuroethology as a model system for the ...
Mormyrid weakly electric fish produce short, pulse-type electric organ discharges for actively probi...
Summary. Pollimyrus isidori's electric organ dis-charge (EOD) is of the pulse type. Patterns of...