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Objective: To characterize the impulse noise exposure and auditory risk for youth recreational firearm users engaged in outdoor target shooting events. The youth shooting positions are typically standing or sitting at a table, which places the f[...]Article
Objective: This study describes signals generated by .22 and .32 caliber starter pistols in the context of noise-induced hearing loss risk for sports officials and athletes. Design: Acoustic comparison of impulses generated from typical .22 and [...]Article
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Advanced instrumentation, technology, and training strategies have continuously evolved for identifying and monitoring noise induced hearing loss in the workplace. For occupational purposes, mobile audiometric testing facilities equipped with co[...]Article
Deanna K. Meinke, Auteur ; Donald S Finan, Auteur ; Gregory A. Flamme, Auteur ; William J. Murphy, Auteur ; Michael Stewart, Auteur ; James E. Lankford, Auteur ; Stephen Tasko, Auteur |In the United States and other parts of the world, recreational firearm shooting is a popular sport that puts the hearing of the shooter at risk. Peak sound pressure levels (SPLs) from firearms range from ∼140 to 175 dB. The majority of re[...]Article
Objectif : Caractériser l'exposition au bruit impulsif et le risque auditif pour les utilisateurs de carabines à air comprimé pour les jeunes et les adultes. Conception : Les caractéristiques acoustiques ont été examinées et les estimations du r[...]Article
Objective: This study surveyed youth recreational firearm users (YRFUs) regarding shooting habits, reported use of hearing protection devices (HPDs), self-assessed auditory status, and attitudes about firearm noise and hearing loss. Design: A de[...]Article
Fiona B. McEnany ; Jesse A. Norris ; Abigail M Fellows ; Odile Clavier ; Deanna K. Meinke ; Catherine C. Rieke ; Robert Kline-Schoder ; Jay C. Buckey |Objective Distortion product otoacoustic emission (DPOAE) mapping characterises cochlear function, can include both the 2f1-2f2 and 2f2-2f1 DPOAEs, and shows promise for tracking cochlear changes. DPOAE amplitude measurements are not as repeata[...]
