Are you hearing crickets?

Posted by Joe Kirst, N.P.
April 11, 2014

Joe Kirst, N.P.

Crickets, crickets, crickets.

I hear them all the time, even in the winter. I hear them more in my left ear than my right. At times they are loud — really loud. I have tinnitus.

I’m not alone, as nearly 36 million Americans suffer from tinnitus or head noises. The sound (or sounds) may be intermittent in nature or annoyingly continuous in one or both ears. Mine is continuous, and yes, at times, downright annoying. It is especially annoying when I’m enjoying one of my favorite pastimes — bow hunting. One thing I treasure about this sport is its solitude and quiet. Unfortunately, over the past number of years (I can’t remember when the tinnitus started), I have to put up with the high-pitched sounds of those crickets.

Many people wonder what causes tinnitus. Experts believe it comes from damage to the microscopic endings of the hearing nerve in the inner ear. The health of these nerve endings is important for acute hearing, and injury to them brings on hearing loss and often, tinnitus. In most cases, there is no specific treatment for ear or head noise, but it is important that if you start experiencing these noises, you have yourself checked out by a qualified audiologist and an ear, nose and throat specialist. They can rule out any worrisome problem and provide guidance to lessen the severity of tinnitus.

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Comments (3)

My son in law was diagnosed with allergies and then about 2 to 3 weeks later Hears sounds of crickets in his ear could this be a sign of sinus allergies

Angela - 10/10/2016

I had by pass heart surgery in 2007 and the first thing I said to my wife after I came to in the recovery room was "I hear crickets". I still hear them today, but usually when it's quite. I don't seem to notice them when there is noise around me. Sometimes they seem louder than others.

wayne neugebauer - 05/03/2016

Hair cells in the inner ear respond to specific frequencies. When they are overstimulated at their frequency their underlying supportive tissues become soft and the hair cells bend over and become flat. Eventually enough hair cells responding to specific frequencies become damaged and sound for that frequency is not transmitted to the auditory cortex. Source:

Barry Keate - 04/18/2014

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