Harmony & Balance

How stocking up looks under the skin.

Stocking up is swelling of the lower limbs, usually associated with a lack of movement. Horses during stall rest, with reduced movement because of an injury, or even during prolonged periods of bad weather can develop oedema of the distal limbs, more commonly affecting the hind limbs.

With reduced movement, the muscular and hoof mechanisms that normally help move fluid back up the limb become less active. Fluid can accumulate in the lower-limb tissues, and lymphatic drainage is reduced. The swelling is usually cool and non-painful. It is sometimes called pitting oedema because, when you press a finger into the swelling, a small indentation can remain for a short time.

This type of swelling usually improves with movement, and gentle massage may also help to encourage fluid movement.

The delicate lymphatic vessels are located mainly within the subcutis and superficial fascia. There is no need for excessive pressure — quite the opposite. Gentle strokes directed proximally, together with movement, can help support the return of fluid from the distal limb.

And this is what I find fascinating about dissection: you can see how superficial these structures are, and how little force you need to work with them.

More of anatomy on my Patreon: https://www.patreon.com/c/equineanatomyinlayers

🐴 Sunday Horse Talk! ☀️

Let’s have a little fun today! 👇

If your horse could tell you ONE thing about how they’re feeling, what do you think they would say?

💬 “My back is tight!”
💬 “My shoulders need some love!”
💬 “I’m tired—give me a day off!”
💬 “MORE TREATS, PLEASE!” 😂
💬 Or maybe something completely unexpected…

Tell me in the comments! ⬇️

And just for fun… what’s the one thing your horse does that ALWAYS makes you laugh? 🥰🐴

🐴✨ BARN MASSAGE DAY AT SUNSET OAKS! ✨🐴

I’ll be at Sunset Oaks for a Barn Massage Day on 10/14/2026, and I’m offering 10% OFF sessions for the day! 💆‍♀️🐎

If your horse could use some extra attention, tension relief, or simply a little maintenance to help keep them feeling their best, this is a great opportunity to get them on the schedule.

📋 Sign-up sheet is located on the fridge in the Observation Room.
Be sure to grab a spot while they’re available!

And a special shoutout to all the trainers out there! ❤️

Want to set up a Barn Massage Day at your facility? I’d love to chat! Whether you have a larger barn or a small group of horses, we can work together to find a day that works for your barn and your clients.

📩 Message me to set something up!

Harmony & Balance Equine Bodywork
Helping horses feel their best, one body at a time. 🐴✨

🐴 The Diaphragm: More Than Just Breathing

When we think about the diaphragm, we usually think about breathing. But in the horse, this powerful muscle plays a much bigger role in how the body functions and moves.

The diaphragm separates the thoracic cavity from the abdominal cavity and is one of the primary muscles involved in respiration. Every breath requires it to contract and relax.

But what happens when the diaphragm becomes restricted, tense, or isn't moving as freely as it should?

Because the diaphragm is connected to and works closely with the ribs, lumbar region, abdominal structures, and surrounding fascial system, restriction can contribute to changes throughout the body.

You may notice things such as:

✨ Altered breathing patterns
✨ Increased tension through the rib cage and abdominal region
✨ Reduced mobility through the thoracolumbar area
✨ Changes in posture and core engagement
✨ Difficulty fully expanding the rib cage
✨ Compensatory tension in surrounding muscles
✨ Changes in overall comfort and movement

And here's the important part: the diaphragm doesn't work alone.

The body is an interconnected system. When one area isn't moving well, other areas may compensate to keep the horse functioning.

This is why during bodywork I don't want to simply find a "tight muscle" and work on that one spot. I'm looking at the whole pattern—how the horse is standing, breathing, moving, and responding to touch.

Gentle soft-tissue work around the rib cage, thoracic and abdominal regions can support relaxation and encourage more comfortable movement. The goal isn't to force anything to release. It's to create an environment where the horse's body can soften and find better movement on its own. ❤️

Sometimes the area that needs attention isn't the area that's showing you the problem.

That's why listening to the whole horse matters.

Bodywork is not a replacement for veterinary care. Changes in breathing, significant discomfort, or sudden changes in posture or movement should always be evaluated by your veterinarian.

Good things take time. They evolve, grow, and sometimes require a little patience along the way.

🎉And we’re super excited that the new SchoolAIT website is now officially live!

It’s more than a new website. It’s another step forward in the journey of expanding education, advancing the fields of equine bodywork and animal acupressure, and creating more opportunities to support the practitioners and animal lovers who make up this incredible community. There is so much potential in this work, and we’re honored to support those who feel called to pursue it!

Come take a look around!

www.schoolait.com

🌿 The path doesn’t always have to be clear.

Sometimes, as horse owners, we want answers right away.

Why is my horse tight here?
Why are they moving differently?
Why aren’t they responding the way they normally do?

But the horse often reminds us that the body has its own story and sometimes we have to slow down enough to listen.

Bodywork isn’t about forcing the body to change. It’s about creating space for the horse to soften, release, reconnect, and find balance in their own time.

Every horse is different.
Every body carries tension differently.
And every session can reveal something new.
Sometimes the most meaningful progress happens when we stop trying to force the outcome and simply meet the horse where they are. 🤍

That’s where the connection begins.
That’s where trust is built.

And sometimes… that’s where we finally begin to understand what our horse has been trying to tell us all along.

Listen. Feel. Connect. Trust the process. 🐴✨

🐴 Massage isn’t just about the muscles. It’s about the connection.

One of the most important parts of equine bodywork is something you can’t measure with a machine intentional touch.

When I place my hands on a horse, I’m not simply looking for a tight muscle and trying to “fix” it. I’m listening through my hands. I’m paying attention to changes in tissue texture, temperature, resistance, movement, breathing, and the horse’s response to my touch.

✨ Touch gives us information.

The body communicates through subtle changes. A horse may soften, breathe deeper, lick and chew, shift their weight, lower their head, or move away from an area that feels uncomfortable. These responses help guide the session.

But connection goes both ways.

A horse that feels safe and understood is often better able to relax into the work. When the nervous system begins to settle, we can work with the body rather than forcing it.

This is why I believe slow, intentional touch can be just as important as technique.

Massage isn't about how much pressure we can apply or how quickly we can release tension.

It’s about creating a conversation between practitioner and horse. 🤎

My hands are listening before they ever start working.

Because every horse has a story written in their body and sometimes, you just have to slow down enough to feel it.

During a bodywork session, I'm evaluating many different types of tension throughout your horse's body. Not all tension feels the same, and each type tells a different story.

🔹 Protective Tension – The body's way of guarding an area after injury, soreness, or instability. This is often compensation rather than the primary problem.

🔹 Chronic Tension – Long-standing tightness that has become the horse's "normal." These muscles can feel dense, ropey, or rigid and often limit movement over time.

🔹 Acute Tension – New tightness that develops after a recent strain, change in workload, or compensation. These areas are often more reactive and sensitive to touch.

🔹 Fascial Restrictions – Fascia should glide smoothly over muscles and other tissues. When it becomes restricted, it can create a pulling sensation that affects movement far beyond where the restriction is located.

🔹 Trigger Points – Small, hyperirritable knots within a muscle that can cause pain locally or even refer discomfort to another area of the body.

🔹 Compensatory Patterns – Sometimes the area that feels the tightest isn't the root of the problem. Horses are masters at compensating, and tension often develops because another structure isn't functioning as it should.

This is why every session is individualized. I'm not just looking for where your horse is tight I'm looking for why the tension developed in the first place. Understanding the type of tension helps determine the most effective treatment and supports lasting results instead of temporary relief.

Every horse has a story to tell through their body. My job is to listen with my hands.

How a Girth Can Affect the Way a Horse Moves

A girth occupies a relatively small area of the horse’s body, but the structures beneath and around it are part of a much larger mechanical system.

This is one reason girth fit matters for more than comfort.

The girth wraps around the lower thorax, crossing the sternum and pectoral region and applying pressure over the ribs and the soft tissues covering them. Depending on conformation, girth design and position, that pressure may be concentrated over particular areas rather than distributed evenly.

Underneath and around the girth are structures involved in breathing, supporting the trunk between the forelimbs, stabilizing the rib cage and coordinating movement of the shoulder and forelimb.

So if pressure or discomfort changes how the horse uses this region, the effects do not necessarily stay underneath the girth.

The Rib Cage Has to Move

The ribs are not rigid bars.

They move during breathing and also participate in the subtle deformation and movement of the thorax that occurs during locomotion. Between them lie the intercostal muscles, while the surrounding fascial tissues connect the rib cage with neighboring muscles of the trunk.

If girth pressure causes discomfort, the horse may guard the area, reduce movement through the thorax or change muscular recruitment around the ribs and sternum.

Even relatively small changes matter because the rib cage is also the structure being supported between the forelimbs.

The Thoracic Sling

Unlike humans, horses do not have a bony collarbone attaching the forelimbs directly to the trunk.

Instead, the trunk is suspended between the forelimbs largely by muscles and connective tissues collectively described as the thoracic sling.

One of the most important is serratus ventralis. Its thoracic portion attaches to the ribs and helps suspend and stabilize the trunk relative to the scapula.

The pectoral muscles also contribute to stabilization and control of the forelimbs and trunk.

These structures are closely associated with the region affected by the girth.

That means discomfort, compression or guarding around the ventral and lateral thorax can potentially influence the muscular system responsible for supporting and controlling the trunk between the shoulders.

The Scapula Has to Move Too

The scapula is not fixed rigidly against the rib cage. It moves relative to the thorax as the forelimb advances and retracts.

That movement depends upon coordinated activity between the muscles attaching the scapula and humerus to the trunk, as well as sufficient freedom within the surrounding tissues.

This is where the anatomy becomes particularly interesting.

Latissimus dorsi extends from the thoracolumbar region of the back toward the humerus. It therefore creates a direct muscular and fascial connection between the back, trunk and upper forelimb.

Deep in the shoulder region is teres major, which runs from the caudal scapular region to the humerus. It helps flex the shoulder and draw the forelimb backward, functioning closely with latissimus dorsi during movement.

Teres major and latissimus dorsi are also closely associated near their humeral attachments, where their tendinous and fascial tissues have an intimate anatomical relationship.

So teres major does not need to sit directly underneath the girth to be relevant.

It is part of a connected mechanical system extending from the scapula and humerus through latissimus dorsi into the trunk, back and thoracolumbar fascia, while the thorax beneath is being supported and stabilized by the serratus ventralis and other thoracic sling structures.

The Effects Don’t Stop at the Girth

The horse still has to balance and move even when one area becomes uncomfortable or mechanically restricted.

If the horse guards the girth region, alters rib-cage movement or changes recruitment of the pectoral and thoracic sling musculature, the mechanical environment in which the scapula and forelimb operate also changes.

Muscles such as latissimus dorsi and teres major still have to coordinate movement of the humerus and shoulder. Serratus ventralis still has to help support the trunk. The long back muscles and thoracolumbar fascia still have to transmit and manage forces through the trunk.

The horse may therefore find another way to accomplish the movement.

The neck may change how it contributes to balance. The back and abdominal musculature may change their recruitment. Scapular and forelimb mechanics may change. Stride characteristics and loading can change, and compensation can continue farther through the body.

This is how discomfort originating in a relatively small region beneath the girth can become a much larger movement issue.

Girth pressure or discomfort
→ guarding and altered muscle recruitment
→ altered rib, sternal and thoracic sling function
→ altered support and control of the thorax
→ changes in the mechanical environment of the scapula and shoulder
→ altered function of muscles linking the forelimb, trunk and back, including latissimus dorsi and teres major
→ changes in balance and forelimb movement
→ compensation elsewhere in the body.

A girth is not simply a strap around the horse.

It sits over a region where breathing mechanics, rib movement, thoracic support, shoulder function, fascia and whole-body locomotion intersect.

That is why girth fit, placement, pressure distribution—and the horse’s response to them are an important part of the way the whole horse moves.

https://koperequine.com/how-you-can-improve-mobility-in-your-horses-trunk/

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