Nathaniel T. Greene

This study uses prepulse inhibition of acoustic startle to assess spatial hearing and temporal processing in Mongolian gerbils, finding thresholds match those from operant conditioning.

The paper measures intracochlear pressure during mastoidectomy to quantify noise exposure to the inner ear and finds levels exceeding 120 dBA, with a peak at 1.33 kHz.

This study examines variation in head and pinna morphology across six Peromyscus species and its relationship to auditory function using HRTFs.

This study examines age-related declines in spatial hearing and auditory temporal processing abilities, finding that performance deficits are not solely due to hearing thresholds but also to central auditory processing changes.

This study shows that early unilateral hearing loss disrupts brainstem circuits for spatial hearing, leading to lasting deficits in high-frequency sound localization.

This study measures hearing ability in prairie voles, finding sex-specific differences in monaural hearing but not binaural hearing or morphology.

This study investigates spatial hearing impairments in Fmr1 knockout mice, finding decreased prepulse inhibition and increased response latency during sound localization tasks.

The paper examines how single units in the LSO of decerebrate cats respond to sinusoidally amplitude modulated tones, showing strong synchronization to low modulation frequencies and changes in discharge rate with sound level.

The paper investigates the role of lateral superior olive (LSO) in the inferior colliculus (ICC) by inactivating LSO and observing changes in ICC unit responses, finding that type I units are primarily driven by LSO.