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Speech perception in noise (SPiN), equivalent rectangular bandwidth (ERB) of auditory filters, auditory brainstem response wave I amplitude, wave I amplitude growth function, wave I\/V amplitude ratio, wave V latency, wave V latency shift with ipsilateral noise, and the summating potential\/action potential ratio of the electrocochleography were measured. In military participants, SPiN was worse, ERB at 4\u2009kHz was larger, wave I amplitude at 75 dBnHL was reduced, and wave V latency was delayed. However, no significant correlations were observed between NESI and auditory measures, once multiplicity of tests was controlled for. These results suggest that military recruits may exhibit supra-threshold deficits, despite presenting with normal hearing thresholds and presence of DPOAEs. 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