subject: biological sciences subject: synchrony creator: Ximena E Bernal, 0000-0001-6155-5980
10.4231/SKRQ-CN44
Henry Legett , Rachel A Page , Ximena E Bernal
03/04/2021
We investigate how signal synchronization is shaped by natural and sexual selection in two frog species. Our results show that synchronization reduces exposure to eavesdroppers and relaxed selection by females is likely important.
acoustic communication biological sciences communi eavesdroppers relaxed selection synchrony
10.4231/TYHF-XJ20
Claire T Hemingway , Henry D Legett , Ximena E Bernal
03/04/2021
We show that male tree frogs reduce their attractiveness to eavesdropping enemies (bats and midges) by overlapping their calls at near-perfect synchrony with the calls of neighboring conspecifics taking advantage of an auditory illusion.
animal communication biological sciences communication network eavesdroppers illusion sensory exploitation synchrony
10.4231/7M5G-FZ96
Henry D Legett , Ikkyu Aihara , Ximena E Bernal
03/04/2021
We examined call timing strategies of the Ryukyu Kajika frog showing variation in temporal signaling strategies within a species with a call type that is synchronized with neighbors and another one that is produced alternating.
acoustic communication animal communication biological sciences Buergeria japonica call timing synchronized signals synchrony
10.4231/J9RZ-QF79
Henry Legett , Ikkyu Aihara , Ximena E Bernal
03/04/2021
We investigated two non-mutually exclusive hypotheses: 1) beacon effect and 2) eavesdropper avoidance. We found that synchronized signalling both increasing attraction of females to the chorus and reducing eavesdropper attacks.
acoustic communication beacon effect biological sciences eavesdroppers predator avoidance relaxed selection synchrony
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