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Safe Listening
Safe listening refers to specific listening behaviors that do not put your hearing at risk.
Reference:
1 www.asha.org
2 https://www.who.int/activities/making-listening-safe
Sensory cells in the inner ear play a vital role in our hearing. When the sensory cells are exposed to loud sounds, they become fatigued over time. Initially, you could experience temporary symptoms like tinnitus (ringing, buzzing, or other noises in the ear) and a loss of hearing that improves once the sound exposure has stopped and the sensory cells have had time to recover. However, when exposure is particularly loud, frequent, or prolonged, the sensory cells can no longer recover and they become permanently damaged, which causes irreversible, noise-induced hearing loss, tinnitus, and/or other auditory disorders. Noise-induced hearing loss can also happen immediately when exposed to a sudden burst of loud sound, such as a gun shot or explosion.2
The National Institute for Occupational Safety and Health (NIOSH) have suggested a damage-risk criteria as a basis for recommending noise exposure limits based on noise level and exposure time.
Did you know?
Promoting and practicing safe listening is one of the simplest ways to prevent hearing loss caused by recreational sound exposure. 2
Watch this video to learn more about how loud sounds affect your hearing (specifically from 3:20 minutes in to about 17:30).
Did you know?
Nearly 50% of people aged 12-35 are at risk for hearing loss due to prolonged exposure to loud sounds from activities such as going to music venues and clubs and from use of personal listening devices.2
Headphone & Earphone use
How long and at what volume can you listen before your ears are at risk?
Safe listening for 1 week based on WHO recommendations:
monitor your exposure
Although many people report concern about noisy environments, not nearly enough people take protective steps, but there are some simple ways to take charge of your hearing health:
Protect Your Hearing
Noise-induced hearing loss can be prevented by following safe listening practices.
Conveniently Located
Did you know?
The output of personal listening devices can range from 76 dB to as high as 136 dB.2
10097 Manchester Road
Suite 105
St. Louis, MO 63122
Permanent, noise-induced hearing loss means your hearing is never coming back, that is why it is so important to protect your hearing!
314-313-2289
Did you know?
Nearly 50% of people aged 12-35 are exposed to unsafe levels of sound from the use of personal listening audio devices.2
314-313-2289
Noise-induced hearing loss typically affects the perception of high-pitched sounds leading to difficulty understanding speech. A common complaint is: "I can hear, I just can't understand what people are saying.
How loud sounds effect your hearing
How long and at what volume can you listen before your ears are at risk?
Safe listening for 1 day based on NIOSH recommendations:
Earphone and Headphone Listening
SCHEDULE A CONSULT TO LEARN MORE
Watch this video to learn more about how loud sounds affect your hearing (specifically from 3:20 minutes in to about 17:30).
IMPORTANT NOTE: Both the NIOSH and WHO recommendations still leave a percentage of the population at risk for noise-induced hearing loss. In order to eliminate the risk of measurable noise-induced hearing loss (as researched for audiometric levels of 500-6000 Hz), the exposure limit would be 70 dBA over a 24-hour period with a 3 dB exchange rate. This equates to an exposure limit of 75 dBA over an 8-hour work day (assuming that during the remaining 16 hours there is 60 dBA or less of noise exposure).
Both NIOSH and WHO recommendations are based on occupational noise exposure research and data which may not adequately predict safe exposure limits for music exposure or for exposure in the general population; however, because of the tremendous variation in types and patterns of music and a lack of research available, the adoption of these conservative exposure guidelines is considered appropriate for assessing risk from music exposure.
Resources: WHO
Safe listening
Noisy settings are commonplace in today's society, including in St. Louis. Many restaurants are specifically designed to elevate noise levels to make establishments feel more energetic. Similarly, some sports stadiums have been built with sound elevation in mind, thought to improve the fan experience and serve as a home-team advantage. Fitness classes, bars, clubs, concerts, street noise, construction noise, workplace noise, and many other daily environments all make modern society a collectively loud place.
Sound levels are measured in decibels (dB). The higher the decibel level, the louder the sound.
Monitor Sound Level Exposure
To monitor your exposure to loud sounds you can download a sound level meter app (NIOSH makes a good one) on your phone or tablet. You can then use the charts below to see how long you can listen safely at what volume. Make sure the sound level meter is set to A weighted when using the below charts.
Make sure your phone or device is at or near your ears for the most accurate reading. For example, if you leave it in your pocket, the fabric will muffle the sound and you won't get an accurate result. Even having your phone out on a table may not accurately represent what the sound is doing at the level of your ear, so hold the device up near your face to get a reading of the sound level. This goes for smart watches with built-in sound level meters, taking a reading from your wrist when your arms are down may not accurately represent how loud the sound is at your ear.
If you are using a sound level meter that will average your dose over time and you are listening in situations where the sound level is fluctuating, such as at a concert, take the reading for several minutes (or longer) so you can see what the average exposure level is, but also remember to look at what the peak (or loudest) level is.
The World Health Organization (WHO) has suggested dose-response relationships for recommending noise exposure limits based on noise level and exposure time. WHO recommends an exposure limit of 80 dBA for 8 hours per day, and uses a 3 dB exchange rate. The graph to the right shows how long you can safely listen to a level of sound over the course of 1 week, assuming all other exposure is 60 dBA or less. (Resource: WHO)
Did you know?
Loud noise doesn't just damage your hearing. Loud sounds can:
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Loud sounds and noises can damage your hearing.
Your risk of hearing damage is effected by:
Protect your ear structures from injury:
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