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Ua61/6 Newsletter, Issue 2, Wku Institute For Rural Health Development & Research

WKU Archives Records

Newsletter created by and about the Institute for Rural Health Development & Research. This issue contains:

• College of Health & Human Services Has New Dean – John Bonaguro
• Simpson, Staci. Institute Aims to Improve Oral Health of Children
• Whitfield, Beth. WKU Mobile Unit KICS Off Dental Event with Webster County – Kentucky Interdisciplinary Community Screening
• Stone, Glynda. TEACH KY: Teachers Exploring & Advocating Careers in Health in Kentucky
• Institute Sponsors Hispanic Health Fair
• HIV Prevention Counseling & Testing Training Program Initiated at WKU
• New Web-based Course Offered Through Communications Disorders Department at WKU
• Lashley, Donita. Child Passenger Safety Training
• Handy, …

Time Course Of Loudness Recalibration: Implications For Loudness Enhancement, Yoav Arieh, Lawrence E. Marks

Department of Psychology Faculty Scholarship and Creative Works

Loudness recalibration, the effect of a relatively loud 2500-Hz recalibrating tone on the loudness of a relatively soft 2500-Hz target tone, was measured as a function of the interstimulus interval (ISI) between them. The loudness of the target tone, assessed by a 500-Hz comparison tone, declined when the ISI equaled or exceeded about 200 ms and leveled off at an ISI of about 700 ms. Notably, the target tone’s loudness did not change significantly at very short ISIs (<150 ms). The latter result is incompatible with the literature reporting loudness enhancement in this time window but is compatible with the suggestion made by Scharf, Buus, and Nieder [J. Acoust. Soc. Am. 112, 807–810 (2002)] that early measurements of enhancement were contaminated by the influence of the recalibrating tone on the comparison …

Recalibrating The Auditory System: A Speed–Accuracy Analysis Of Intensity Perception, Yoav Arieh, Lawrence E. Marks

Department of Psychology Faculty Scholarship and Creative Works

Recalibration in loudness perception refers to an adaptation-like change in relative responsiveness to auditory signals of different sound frequencies. Listening to relatively weak tones at one frequency and stronger tones at another make the latter appear softer. The authors showed recalibration not only in magnitude estimates of loudness but also in simple response times (RTs) and choice RTs. RTs depend on the sound intensity and may serve as surrogates for loudness. Most important, the speeded classification paradigm also provided measures of errors. RTs and errors can serve jointly to distinguish changes in sensitivity from changes in response criterion. The changes …