Noise and Occupational Hearing Loss
Surveillance and Statistics
Occupational hearing loss surveillance
- Collects and analyzes worker hearing data and exposure data.
- Estimates how many workers are exposed to hearing hazards, have hearing loss, or have a health issue related to hearing loss.
- Determines which industries and occupations are most at risk for hearing loss and related health issues.
- Monitors trends over time.
Surveillance is vital to prevent occupational hearing loss. Using surveillance data, NIOSH identifies high risk groups, guides prevention and research efforts, and evaluates the success or failure of interventions. Without surveillance data, researchers cannot measure progress in hearing loss prevention or the need for improvement in prevention efforts.
NIOSH Occupational Hearing Loss Surveillance Program
In 2009, NIOSH established the Occupational Hearing Loss Surveillance Program. Through partnerships with audiometric (hearing test) service providers and others, the program collects de-identified worker audiograms. The Program has collected millions of audiograms from thousands of workplaces across the United States while protecting the identities of workers, companies and data providers (our partners).
The Program uses the North American Industry Classification System (NAICS) to classify the industry associated with each audiogram. The Program has partnered with the United States Air Force (USAF) to study data related to hearing loss among military occupations and exposure to noise and chemicals on the job. Millions of USAF audiograms have been collected thus far. The Program also analyzes other data sources to conduct occupational hearing loss surveillance and research.
The following list includes recent or prominent publications related to hearing loss surveillance. Find more on the Resources and Publications page.
- Prevalence of hearing protection device non-use among noise-exposed U.S. workers in 2007 and 2014
Green-DR; Masterson-EA; Themann-CL; American Journal of Industrial Medicine; 2021; 64(12): 1002-1017
- Occupational noise exposure: A review of its effects, epidemiology, and impact with recommendations for reducing its burden
Themann-CL; Masterson-EA; Journal of the Acoustical Society of America; 2019; 146:3878-3905
- Prevalence of hearing loss among noise-exposed workers within the Mining, and Oil and Gas Extraction Sectors, 2006-2015
Lawson-SM; Masterson-EA; Azman-AS; American Journal of Industrial Medicine; 2019; 62:826-837
- Cardiovascular conditions, hearing difficulty and occupational noise exposure within U.S. industries and occupations
Kerns-E; Masterson-EA; Themann-CL; Calvert-GM; American Journal of Industrial Medicine; 2018; 61:477-494
- Hearing difficulty and tinnitus among workers and non-workers in 2007
Masterson-EA; Themann-CL; Luckhaupt-SE; Li-J; Calvert-GM; American Journal of Industrial Medicine 2016; 59: 290-300
- Trends in worker hearing loss by industry sector, 1981-2010
Masterson-EA; Deddens-JA; Themann-CL; Bertke-S; Calvert-GM; American Journal of Industrial Medicine 2015; 58: 392-401
- Prevalence of hearing loss in the United States by industry
Masterson-EA; Tak-S; Themann-CL; Wall-DK; Groenewold-MR; Deddens-JA; Calvert-GM; American Journal of Industrial Medicine 2013; 56: 670-681