Effects of Yoga on Runners
Runners are often reluctant to try yoga; their most common fear is that they are not flexible enough. It is not uncommon for those attending their first Yoga for Runners class to ask whether the room will be filled with lithe and flexible bodies, in spite of the class being advertised “For runners; no yoga experience necessary.” This fear may be driven by the many media images showing people in advanced yoga poses, fueling the notion that you have to be able to bend like a pretzel to do yoga. This is the furthest thing from the truth. Yoga is suitable for every body type. It can be started at any age regardless of physical condition, and those who are the stiffest have the most to gain. Runners, specifically, have a tremendous amount to gain from adding yoga to their fitness regimens.
____Running can lead to injury because of its repetitive nature and the resulting musculoskeletal imbalances. On a physical level, yoga restores balance and symmetry to the body, making it the perfect complement to running. Runners are often drawn to yoga to deal with specific issues, such as improving flexibility or helping with an injury. Yet many are shocked at the world it opens for them, specifically, the strengthening capacity and the use of muscles they never knew they had. Let’s take a closer look at the effects of yoga, both physical and mental, on runners.
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Physical Effects
As seen in the preceding definitions, yoga encompasses more than the mere physical postures. Nonetheless, the physicality of yoga is what draws most people to their first yoga class. The following summarizes the physical benefits that runners can expect from yoga.
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Flexibility Many runners cite greater flexibility as the number one reason for beginning a yoga practice. This is a good reason, because yoga stretches the muscles that are tight, which in turn increases the range of motion in related joints. Increased flexibility decreases stiffness, results in greater ease of movement, and reduces many nagging aches and pains.
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Strength Runners are strong in ways that relate to running. However, a running stride involves only the lower body and movement in one plane—sagittal (i.e., forward and backward). Thus, certain muscles become strong while others are underused and remain weak. Runners have strong legs for running, but when faced with holding a standing yoga pose, they are quite surprised to find that their legs feel like jelly. This is simply because a properly aligned yoga pose involves using all the muscles in a variety of planes. The muscles that are weak fatigue quickly, and those that are tight scream for release—thus, the jelly-leg syndrome.
____Overly tight muscles are also weak ones. To be fully functional, a muscle needs to contract when needed and also relax and lengthen when needed. For example, if your hand is perpetually in a state of contraction, as in a fist, its function is severely impaired. A healthy muscle is able to move through a healthy range of motion.
____Additionally, running primarily uses the muscles from the hips down, whereas a balanced yoga practice involves the entire body. Muscles that are simply not used while running are called upon and strengthened—specifically in the arms, upper torso, abdominals, and back. Moreover, yoga uses the person’s own body weight to create resistance, working against gravity to build the muscle and bone strength vital for overall health. Muscles strengthen by various methods of contraction, followed by rest and supported with proper nutrition. In running, the strengthening is primarily in the legs, whereas a balanced yoga practice contracts and stretches the muscles of the entire body. For example, a fairly basic pose such as plank requires numerous muscles to actively engage; otherwise, the effect of gravity would result in the belly, hips, and upper torso sagging.
____Strengthening the upper body and core helps improve posture during daily activities and also while running. Moreover, a strong core allows the arms and legs to move more efficiently, creating better overall form, less fatigue, less weight impact on the legs, and a reduced risk of injury. A strong core creates a strong runner!
____Additionally, a by-product of becoming stronger is greater muscle tone. Yoga helps shape long, lean muscles that do not hinder free range of movement in joints.
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Biomechanical Balance Overusing some muscles while underusing others creates muscular imbalances, which affect the entire musculoskeletal balance and impairs biomechanical efficiency. For runners, biomechanical imbalances eventually lead to pain and injury.
____Depending on the action, a muscle is either contracting (i.e., an agonist) or lengthening (i.e., an antagonist). For example, if you make a fist and lift your forearm, the biceps contracts while the triceps stretches. If you want showy biceps and do repeated biceps curls to pump up the muscle, the triceps will shorten and you could lose the ability to straighten your arm.
____A healthy balance is to work to both contract and stretch to maintain muscle equilibrium as well as functionality. For example, when stretching the hamstrings, the quadriceps need to contract. This coordinated action not only creates a deeper and safer hamstring stretch, but also provides an opportunity to strengthen the quadriceps, especially the inner quadriceps, which are weak in many runners. This is crucial for runners because the hamstrings most likely need lengthening while the commonly weak inner quads need strengthening.
____Executed correctly, a seemingly simple yoga pose requires the balanced activity of opposing muscle groups. To hold a pose, some muscles need to stretch while others need to contract. In this way, a natural balancing of strength and flexibility occurs, which creates biomechanical balance over time. This is one of the major benefits that await runners who undertake a regular yoga practice.
____Every yoga pose is a balance of stability (muscles contracting and strengthening) and mobility (muscles stretching and lengthening). At no time is only one muscle group used. Even the simplest yoga pose requires an awakening of every part of the body. Downward dog is an exemplary pose to demonstrate this. Following is a summary of the major muscle actions in this fundamental pose.
Stability (Strength)
Arms: hands, wrists, lower arms, triceps, deltoids
Back: lower trapezius, serratus anterior
Legs: quadriceps, tibialis anterior (front of shins)
Mobility (Flexibility)
Arms: fingers, biceps
Back: latissimus dorsi, paraspinals (both superficial and deep layers of back muscles)
Legs: hamstrings, calves, Achilles tendon
A balanced yoga practice requires most of the muscles in the body to perform some action. At the same time, joints are taken through their full ranges of motion as the corresponding muscles contract or stretch to support the movement. The result is improved muscle balance, which translates to better form, stronger running, and fewer injuries.
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A Complete, Inside-Out Body Workout Yoga provides a workout that includes every muscle and all the joints. Yoga uses all muscle groups, including the small muscles in the hands and toes, the large muscles of the legs and torso, the superficial muscles such as the calves and hamstrings, and the deeply layered muscles that are not visible. When examining a person in the downward dog pose, you can see clearly that the superficial muscles of the back are stretching. What is less obvious is the lengthening of the intrinsic layer of paraspinal muscles, creating space and decompressing the vertebrae.
____Furthermore, all of the body’s systems beyond the muscle groups are worked in yoga, including the cardiovascular, respiratory, skeletal, and endocrine systems. Additionally, the internal organs are massaged and oxygenated through yogic breathing and movement in the poses.
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An Energized Body Many forms of exercise deplete the body of its energy stores. Yet a yoga practice oxygenates the blood and creates more energy, leaving the body and mind feeling restored and energized. Yoga provides a vehicle through which the body can actively recover from the physical demands of running.
