Comparative studies on echolocation in various species of bats reveal differences in the design of transmitters — i.e., the vocal systems producing different echolocation signals — as well as receivers — i.e., the auditory systems evaluating the echoes. Our hypothesis is that these differences reflect adaptations to the specific orientation tasks of each species
SummaryEcholocators use echoes of sounds they produce, clicks or calls, to detect objects. Usually, ...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...
Echolocation is a highly sophisticated sensory system for actively probing light-deficient environme...
Echolocation is a highly sophisticated sensory system for actively probing light-deficient environme...
Echolocating greater horseshoe bats (Rhinolophus ferrumequinum) detect insects by concentrating on t...
Auditory feedback from the animal's own voice is essential during bat echolocation: to optimize sign...
Echolocating greater horseshoe bats (Rhinolophus ferrumequinum) detect insects by concentrating on t...
<div><p></p><p>Auditory feedback from the animal's own voice is essential during bat echolocation: t...
Auditory feedback from the animal's own voice is essential during bat echolocation: to optimize sign...
Acoustic communication plays a pivotal role in conspecific recognition in numerous animal taxa. Voca...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
<div><p>Acoustic communication plays a pivotal role in conspecific recognition in numerous animal ta...
SummaryEcholocators use echoes of sounds they produce, clicks or calls, to detect objects. Usually, ...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...
Echolocation is a highly sophisticated sensory system for actively probing light-deficient environme...
Echolocation is a highly sophisticated sensory system for actively probing light-deficient environme...
Echolocating greater horseshoe bats (Rhinolophus ferrumequinum) detect insects by concentrating on t...
Auditory feedback from the animal's own voice is essential during bat echolocation: to optimize sign...
Echolocating greater horseshoe bats (Rhinolophus ferrumequinum) detect insects by concentrating on t...
<div><p></p><p>Auditory feedback from the animal's own voice is essential during bat echolocation: t...
Auditory feedback from the animal's own voice is essential during bat echolocation: to optimize sign...
Acoustic communication plays a pivotal role in conspecific recognition in numerous animal taxa. Voca...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
Sensory systems experience a trade-off between maximizing the detail and amount of sampled informati...
<div><p>Acoustic communication plays a pivotal role in conspecific recognition in numerous animal ta...
SummaryEcholocators use echoes of sounds they produce, clicks or calls, to detect objects. Usually, ...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...
Bats of the species Rhinolophus rouxi, Hipposideros lankadiva and Eptesicus fuscus were trained to d...