Exercise. Youve tried it, hated it and never intend to do more than take out the trash once a week. Sound a little too familiar? Uh-huh, yeah a lot of older Americans are Barcalounger-bound boomers getting older by the minute.
Time to change. Time to rethink your habits and maybe improve the quality of your life and (hold on) your hearing. A recent study conducted in the Netherlands indicates that aerobic exercise increases blood flow to the brain, improving those brain departments that sort and identify the sounds we hear.
Medical science has long pointed to the cardio-vascular benefits of aerobics. Lifting em up and putting em down three times a week improves blood flow, which in turn improves everything from mood (love those endorphins) to knee bones. Now you can add hearing to the list of quality improvements to your life brought to you by a little exercise.

"Walk, run your way to better hearing"
"Aerobic physical exercises that improve cardiovascular fitness also help boost cognitive processing speed, motor function and visual and auditory attention in healthy older people," said Maaike Angevaren, lead author of the study. So whats this all about?
How We Hear or If a tree falls in the forest
Most of us assume we hear with our ears. Seems reasonable, but the fact is we actually hear with our brains. In a nut shell, heres how it all fits together.
If a tree falls in the forest heading right for you, does it make a noise? You bet it does. A loud, scary noise. And you dont have a lot of time to figure out what to do!
When the tree falls, it creates a disturbance in the air in the form of sound waves. These sound waves are captured by your outer ear (the part you can see) and directed down a narrow canal the ear canal.
At the end of the ear canal, theres the ear drum that vibrates in time with those waves you picked up. These vibrations travel through a series of bones (the three smallest bones in the human body, FYI), which, in turn, vibrate a delicate instrument of the inner ear, the cochlea. This fluid-filled organ vibrates in time with the three bones, disturbing the fluid inside. These disturbances then stimulate the millions of tiny hair-like structures that line the inside of the cochlea.
Now, up to this point you still havent heard that tree falling on you in the forest. So far, sound waves disturbances in air have been picked up, delivered as vibrations through the middle and inner ear, which has stimulated the hair-like structures within the cochlea.
These hairs convert vibrations into electrical impulses, a miracle of nature to be sure. These impulses are next sent to the hearing (auditory) portion of the brain where you hear the falling tree for the first time.
Not only do you hear it, you immediately pinpoint the exact location of the source of the sound, you process the hearing information sent to the brain, identify the sound of a falling tree (a sound stored in the old memory banks), identify possible danger and step aside so the tree just misses your foot. So basically, you hear the sound and then the brain processes the sound.
Total time to do all of this: nanoseconds. Almost instantaneous. Good thing, too. If we werent capable of identifying sounds, their sources and meanings, our early ancestors would have been lunch for saber-tooth tigers and we wouldnt be here.
So, your entire hearing system from outer ear to hair-like cochlear converters could be functioning at full capacity, but if your brain is low on oxygen because youre sedentary 24/7, you may hear it but not get it. Get it?
The fancy term is auditory processing, which refers to our ability to take the sound we perceive (hear) and process it or in simpler terms understand it. If our brains are lacking on fuel, then the processing aspect of hearing may not be up to par and our understanding of and attention to incoming sound will suffer.
So Hows Your Brain?
Hey, boomers, whats up? These days, its probably the volume on the TV and your blood pressure. Notice that youre a little forgetful? Having problems paying attention to visual information and/or auditory information in busy situations? A bit slow to react when you stumble over a curb?
According to the Netherlands-based study, a bit of activity increases blood flow to the brain, nourishing those synapses and neurons we all abused back in the day of Woodstock. Is there anybody over 50 who didnt own a set of headphones so we could really get into Iron Butterfly? Plus, were the first generation to live with noise a lot of it.
Just a couple of generations back, there were no super highways, no jumbo jets, no headphones, earbuds or iPods. So, weve grown up listening to everybody from Bill Haley to Amy Winehouse and all those good vibrations have taken a toll, not only on your ear mechanicals, but the hearing parts of the brain.
The studys author, Maaike Angevaren, studied the effects of aerobic exercise on the over-50 crowd. It was a broad-based study, meaning many participants, so the datas pretty solid.
So why arent you working up a sweat about working up a sweat?
Aerobic Exercises
Aerobic exercise is intended to improve heart and lung health. Its fairly simple, really. You exercise to the point of elevating your heart and breathing rate. This increases highly-oxygenated blood flow to all parts of the body (a very good thing) especially for the brain, which needs a lot of highly-oxygenated blood to keep you on track a healthy track.
So, here are some tips that will yes, WILL improve life, including your ability to hearing and listen the way nature intended.