We demonstrated that ongoing time disparity (OTD) was a sufficient cue for the azimuthal
component of receptive fields of auditory neurons in the owl (Tyto alba) midbrain and that …

Space-specific neurons, found in the barn owl's inferior colliculus, respond selectively to a
narrow range of interaural time and intensity differences. We show that injecting a local …

We investigated the steering responses of tethered, flying adult female crickets (Teleogryllus
oceanicus) to acoustic stimulation. Crickets responded directionally to directional sound …

The barn owl uses binaural phase and intensity differences for sound localization. These
two cues also determine the receptive fields of specialized neurons in the inferior colliculus. …

… Similar behavioral responses can be elicited by dichotic sounds delivered to owls through
earphones (Moiseff and Konishi 1981). Under these conditions, the owl still performs stereotyped …

Neurons restore their function in response to external or internal perturbations and maintain
neuronal or network stability through a homeostatic scaling mechanism. Homeostatic …

Most firefly species (Coleoptera: Lampyridae) use bioluminescent flashes for signaling. In
some species, the flashing between males occurs rhythmically and repeatedly (synchronically) …

1. Bilateral recording of cochlear potentials was used to measure the variations in interaural
time differences (ITDs) and interaural intensity differences (IIDs) as a free-field auditory …

A three‐layer neural network is used to estimate the direction of a sound source from the
signals detected by two directional, spatially separate receivers. Although the implemented …

Synchronous flashing has been described for some Southeast Asian fireflies but has rarely
been reported in North American fireflies. Our field observations indicated thatPhotinus …