Echolocating bats are nocturnal animals that rely largely on auditory information to orient in
the environment and intercept prey. Bats produce high-frequency vocal signals and perceive …

Echolocating bats perceive objects as acoustic images derived from echoes of the ultrasonic
sounds they emit. They can detect, track, identify, and intercept flying insects using sonar …

The behavior of the continuous wavelet and Gabor coefficients in the asymptotic limit using
stationary phase approximations are investigated. In particular, it is shown how, under some …

Acoustic signals which are used in animal communication must carry a variety of information
and are therefore highly flexible. Echolocation has probably such functions and could prove …

Emulating the auditory sense is a significant challenge in terms of both integration and
energy consumption for handling complicated spatiotemporal information. Here, we …

Behavioral experiments with jittering echoes examined acoustic images of sonar targets in
the echolocating bat, Eptesicus fuscus, along the echo delay or target range axis. Echo …

FM echolocating bats (Eptesicus fuscus) were trained to discriminate between a two-
component complex target and a one-component simple target simulated by electronically …

1. In Eptesicus the auditory cortex, as defined by electrical activity recorded from
microelectrodes in response to tone bursts, FM sweeps, and combinations of FM sweeps …

Highlights•An ethological approach to behavior can reveal both specialized and common
neurobiological mechanisms.•Macaques and marmosets are complementary animal models …

Encoding of temporal stimulus parameters by inferior collicular (IC) neurons of Eptesicus
fuscus was studied by recording their responses to a wide range of repetition rates (RRs) …