Animals using sound communication employ different strategies to overcome interferences from biotic and abiotic sources. However, interactions among acoustically active species have been studied to a very limited extent. The evoked vocal responses of 20 male frogs Batrachyla taeniata from the temperate austral forest in Chile were tested with conspecific calls and with the calls of two sympatric species: B. antartandica and B. leptopus, broadcast at amplitudes of 73, 79, 85, 91 and 97 dB peak SPL. The subjects responded actively to the conspecific call, but only responded weakly to the call of B. leptopus at the highest intensity. The preferential responses to conspecific calls could contribute to the typical segregation in monospecific cho...
International audienceIn tropical regions, some anuran species breed "explosively", reproducing in m...
Invasive species can disrupt the communication systems that native biota use for reproductive intera...
The leptodactylid frogs Batrachyla taeniata, B. antartandica and B. leptopus in southern Chile produ...
Artículo de publicación ISIInterfering sounds from biotic and abiotic origins are likely to shape th...
Animals are communicating by sound face interference from biotic and abiotic sources. Contrasting st...
Animals adopt different strategies to communicate by means of sound in noisy environments such that ...
Artículo de publicación ISIAnimals adopt different strategies to communicate by means of sound in n...
Artículo de publicación ISIAnimals adopt different strategies to communicate by means of sound in n...
Divergence of acoustic signals in a geographic scale results from diverse evolutionary forces acting...
The effect of burrow acoustics on the reception of sounds by a leptodactylid frog, Eupsophus emiliop...
Divergence of acoustic signals in a geographic scale results from diverse evolutionary forces acting...
Because male treefrogs indiscriminately try to mate with other frogs of comparable size that move cl...
<div><p>Divergence of acoustic signals in a geographic scale results from diverse evolutionary force...
Invasive species can disrupt the communication systems that native biota use for reproductive intera...
International audienceIn tropical regions, some anuran species breed "explosively", reproducing in m...
International audienceIn tropical regions, some anuran species breed "explosively", reproducing in m...
Invasive species can disrupt the communication systems that native biota use for reproductive intera...
The leptodactylid frogs Batrachyla taeniata, B. antartandica and B. leptopus in southern Chile produ...
Artículo de publicación ISIInterfering sounds from biotic and abiotic origins are likely to shape th...
Animals are communicating by sound face interference from biotic and abiotic sources. Contrasting st...
Animals adopt different strategies to communicate by means of sound in noisy environments such that ...
Artículo de publicación ISIAnimals adopt different strategies to communicate by means of sound in n...
Artículo de publicación ISIAnimals adopt different strategies to communicate by means of sound in n...
Divergence of acoustic signals in a geographic scale results from diverse evolutionary forces acting...
The effect of burrow acoustics on the reception of sounds by a leptodactylid frog, Eupsophus emiliop...
Divergence of acoustic signals in a geographic scale results from diverse evolutionary forces acting...
Because male treefrogs indiscriminately try to mate with other frogs of comparable size that move cl...
<div><p>Divergence of acoustic signals in a geographic scale results from diverse evolutionary force...
Invasive species can disrupt the communication systems that native biota use for reproductive intera...
International audienceIn tropical regions, some anuran species breed "explosively", reproducing in m...
International audienceIn tropical regions, some anuran species breed "explosively", reproducing in m...
Invasive species can disrupt the communication systems that native biota use for reproductive intera...
The leptodactylid frogs Batrachyla taeniata, B. antartandica and B. leptopus in southern Chile produ...