How to Increase Your Lung Capacity: 4 Exercises to Try Today

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Do you ever feel like you get short of breath in situations when other people may not?

If so, there are several factors that could contribute to this, including the negative effects of smoking, asthma, and COPD.

Or maybe you are a runner, swimmer, yoga enthusiast or singer, and have what would be considered “normal” lung capacity. But you want to increase your lung capacity so you can improve in your craft.

If either of these is true, one thing you can do is learn how to increase your lung capacity (which refers to the amount of air that your lungs can hold at a time).
Your lungs mature in your mid-20s, and as you age, your lung capacity slowly decreases. In this article, I will address ways that you can increase your lung capacity. I include four specific daily lung exercises that you can do even if your schedule is already packed full.

Your total lung capacity refers to the total amount of air that you can hold in your lungs at one time. There are different volumes of air that are normal for different stages of the respiratory cycle, so a normal lung capacity is constantly changing.

On average, men have a greater total lung capacity than women do. But most people don't use their entire lung capacity. While at rest, a man’s lungs are able to hold about 1.5 pints of air. A women’s lungs at rest can hold about 0.8 pints
What Is Lung Capacity?
Your total lung capacity refers to the total amount of air that you can hold in your lungs at one time. There are different volumes of air that are normal for different stages of the respiratory cycle, so a normal lung capacity is constantly changing.

On average, men have a greater total lung capacity than women do. But most people don't use their entire lung capacity. While at rest, a man’s lungs are able to hold about 1.5 pints of air. A women’s lungs at rest can hold about 0.8 pints.
Because people don't typically use their entire lung capacity, this suggests that the lungs are over-qualified to accomplish their everyday job.

In fact, people who do not suffer from a chronic lung disease only use about 70% of their total lung capacity when they are doing intense exercise.

Tidal breathing refers to inhaling and exhaling during normal and restful breathing. The range of one tidal breath is determined by the depth of a resting breath, and by the end point of exhalation.

On average, a newborn's breathing rate is 30-60 breaths each minute. An adult's breathing rate tends to be between 12 and 20 breaths per minut
Why Would You Want to Increase Your Lung Capacity?
There are several reasons why someone may want to increase their lung capacity. Here are a few reasons you might find it useful to build this as a daily habit:

Improves stamina to help you perform better in whatever sports you engage in, especially swimming and running.
This is especially true if you are involved in competitions, but some people just want to create and achieve personal athletic goals.

Either way, athletes are often looking for ways to improve their performance. Increasing lung capacity can certainly help them do that.

Overcome negative health impacts of smoking, asthma, or chronic obstructive pulmonary disease (COPD).

People suffering from pulmonary diseases are limited in what they can do because of their decreased lung capacity.
Overcoming this obstacle could help people live life a bit more freely and not be restricted in their activities.

It helps you with certain skills, like singing or playing an instrument.

Singers and people who play wind instruments often want to achieve desensitization of breathlessness by developing better breathing coordination. This helps them get over anxiety about running out of breath while they are performing.

Prevents various breathing disorders.

There are many forms of COPD that can be prevented by having a higher lung capacity. One common disorder is bronchitis. It can be better controlled by those who have a high lung capacity because they are able to perform a more productive cough.

Ensure every part of your body gets adequate oxygen.
The lungs bring oxygen into the body, which provides energy and gets rid of carbon dioxide. When your lungs are healthy and you have a high lung capacity, you keep a larger breathing reserve. This helps your body distribute oxygen appropriately.

Helps you get restful sleep.

Studies have shown that changes in lung capacity influence one's upper airway size and resistance. This has an effect on whether or not someone experiences sleep apnea.
Continuous positive airway pressure requirements actually decrease when the lung capacity increases.

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