Anne Priest Equine Bodywork Équin

03/18/2026

We often see fasciculations with the The Masterson Method, Integrated Equine Performance Bodywork as tension is released via the Parasympathetic Nervous System and fascial releases.

I've seen some powerful releases as the fasciculations propagate through the body. The first one was along the spine during a case study, that started from the tail and went all the way to the ears, with the horse's halter flying off its head!

The more recent ones were a result of a C7-T1 release, and a Sacrum Float release, where the horse's whole body released, visibly from the junction of the neck/body to the tail, and for a good few seconds.

Thank you Koper Equine for the detailed explanation for those who want to dive into that. I highly recommend reading the full article below, whether you have an anatomy background or not, you will get the gist of it.

03/15/2026

How the The Masterson Method, Integrated Equine Performance Bodywork is different and the key to what makes it work.

Jim Masterson himself explains.

03/05/2026

Training principle in the tradition of the old Spanish Riding School.

"In the tradition of the old Spanish Riding School, three repetitions of the same exercise were defined as a reprise. That is a good structuring device, because you start to see a trend after three repetitions. The horse's gait and posture will either improve or deteriorate. If you ride something once, the outcome could be a coincidence. If you get the same result three times in a row, it's a pattern. If there is no improvement within the first three attempts, it's unlikely that things will get better during the next hundred repetitions. Therefore, you should then modify the aids or the exercise, or in extreme cases abandon the exercise completely for the time being.
After the first reprise, you change direction and ride a reprise on the other rein. Then you compare in which direction the exercise was more difficult for the horse, and in which direction it benefited the horse more. In the past it was customary to ride a third reprise in the more difficult direction. This protocol prevents mindless drilling and thoughtlessly repeating the same mistake over and over."
(Thomas Ritter)
Painting: Ludwig Koch

02/16/2026

These books represent years of watching horses change when we change how we train them.

Stronger toplines. Softer backs. More longevity.
Not from pushing harder but from understanding how the body actually works.

Every exercise inside these pages came from real horses, real problems, and real progress. Conditioning isn’t about drilling movements. It’s about developing strength, balance, and coordination so the work becomes easier for them.

If you’ve ever felt stuck, plateaued, or unsure where to start with a horse’s fitness you’re not alone. There is a systematic way forward.

Small, consistent work adds up.

Your horse’s body will tell you when you’re on the right track. 🐎 and if you want to know which one of my books to start with reach out.

01/24/2026

Very interesting connection between breathing and function in the back.
In the The Masterson Method, Integrated Equine Performance Bodywork, there is a technique called Hind End Points (HEPS) and there is a point here called Hip Point.
I discovered how well the point also worked to reduce restriction in the diaphragm and the ribs when I worked with Angel who suffered from gas and digestive issue.
I didn’t make the connection (pun intended🙂) to the associated effect to the function of the lumbar. With this new information, I will try combining this HEP with the Psoas Points together in my next Masterson Method bodywork session with a horse with a very tight back.
Great post that illustrates how systems in the horse’s body inter work 👍

01/12/2026

Another 'must share' by Koper Equine.

Helpful anytime. It's winter now, it's cold, turn out can be risky when it's windy and icy. Horses are frisky and fresh. Sometimes lunging inside can be risky too if the horse is running and bucking.

I saw some of that energy today on the lunge, and after reading this post, I am thinking maybe try just walking your horse around the arena for a while, maybe adding patterns, loops, circles to engage their mind and change up the movement. Until he starts to settle and relax. Then move on to lunging.

Just a thought maybe worth trying to see if it helps your horse this winter. If you try it, please let me know how it went for you.

Why Walking Is One of the Most Powerful Nervous System and Fascial Regulators in the Horse

Walking is often underestimated. It is commonly treated as a warm-up, a cool-down, or something reserved for horses that are sore, aging, or “not working hard.” In reality, slow, rhythmic walking is one of the most effective ways to regulate the equine nervous system, normalize fascial tone, and restore coordinated postural support throughout the body.

This is not accidental. The walk provides a unique combination of neurological, vestibular, respiratory, and fascial input that no other gait delivers with the same safety, clarity, and precision.

This article is not about fitness or conditioning. It is about how the walk organizes the horse from the inside out — neurologically, fascially, and mechanically — and why it is often the most therapeutic gait when regulation, symmetry, and recovery matter.

Walking Organizes the Nervous System Through Rhythm

At the walk, the horse moves in a steady, symmetrical left–right sequence. This four-beat, bilateral gait provides continuous, predictable sensory input through the limbs, spine, and body wall, supporting proprioceptive feedback, postural regulation, and nervous system stability.

Each step:
• reinforces communication between the left and right sides of the body
• refines proprioceptive mapping
• supports spinal pattern generators responsible for rhythm and timing
• reduces threat perception through consistency

This is why walking is often the fastest way to reduce anxiety, bracing, or emotional reactivity — particularly after stress, travel, confinement, pain, or mental overload.

The nervous system does not need intensity to reorganize.
It needs rhythm.

Side-to-Side Spinal Motion: The Hidden Driver of Regulation at the Walk

This neurological rhythm does not occur only in the limbs. It is expressed through the spine.

Unlike faster gaits, the walk allows the horse’s spine to move in a gentle, alternating lateral pattern with each step. As the hind limb advances, the pelvis rotates and the trunk subtly bends toward the stance side, creating a continuous left–right wave through the spine, ribcage, and body wall.

This lateral motion is small, but neurologically rich.

Each step produces:
• controlled axial rotation through the thoracolumbar spine
• side-bending through the ribs and abdominal wall
• alternating lengthening and shortening of paraspinal and fascial tissues
• rhythmic input to spinal mechanoreceptors and intercostal nerves

Because this motion is slow, symmetrical, and uninterrupted, the nervous system has time to receive, integrate, and respond — rather than brace or override.

The walk is the only gait where the spine can fully express this side-to-side conversation without impact, suspension, or urgency. This is one reason spinal stiffness, asymmetry, and guarded movement often soften first at the walk.

The spine is not being forced to move.
It is being invited to oscillate.

Head and Neck Motion Regulate the Vestibular System

This spinal oscillation is inseparable from the movement of the head and neck.

In a relaxed walk, the horse’s head and neck move in a gentle pendulum pattern. This natural nodding motion stimulates the vestibular system, which plays a central role in balance, posture, muscle tone, and emotional regulation.

When the head and neck are free:
• muscle tone normalizes throughout the body
• postural reflexes settle
• the nervous system shifts toward a calmer, more organized state

When the head is restricted — by tension, equipment, or mental stress — this regulating vestibular input is reduced or lost. The body compensates by increasing holding patterns elsewhere.

A free walk is neurologically grounding.

Walking Normalizes Fascial Tone (Rather Than “Loosening” Tissue)

Fascia is not passive wrapping. It is a living, responsive tissue that continuously adjusts its resting tone based on movement, load, and nervous system input.

Slow, rhythmic walking provides the ideal stimulus for fascial regulation:
• low-load, cyclical stretch signals fascia to normalize stiffness
• alternating left–right strain balances tension across fascial continuities
• gentle compression and decompression improve hydration and glide
• consistent rhythm reduces protective guarding

This is why walking often produces visible softening and improved movement without direct tissue work. The fascia is not being forced to change — it is being given permission to stop bracing.

The Head–Neck Pendulum Loads the Fascial Front Line

At the walk, the head and neck act like a pendulum, gently tensioning and releasing the fascial structures connecting the poll, neck, sternum, ribcage, and abdominal wall.

This oscillation:
• supports elastic recoil
• improves postural tone
• provides timing information rather than force

When this motion is restricted, fascia shifts toward static holding instead of dynamic elasticity. Over time, this contributes to heaviness in the forehand, shortened stride, and loss of spring.

Walking is one of the few gaits that loads these tissues elastically without overload.

Ribcage Motion Is Essential for Sling Health

The thoracic sling does not suspend the limbs alone — it suspends the ribcage.

True thoracic sling function cannot occur without ribcage mobility. At the walk, the trunk experiences subtle but essential:
• rib elevation and depression
• lateral expansion
• axial rotation

These movements:
• hydrate deep thoracic fascia
• improve glide around the sternum and ribs
• reduce compressive holding patterns

A stiff trunk prevents true postural lift. Walking restores this relationship neurologically and mechanically.

How Massage and Myofascial Therapy Fit In

Massage and myofascial therapy do not replace walking — they restore the tissues’ ability to participate in it.

When fascia, muscle, or neural tissues are restricted, the lateral spinal motion of the walk becomes uneven, delayed, or reduced in amplitude. The horse may still walk, but the oscillation is distorted, limiting thoracic sling timing, ribcage mobility, and nervous system regulation.

Manual and myofascial therapies help by:
• reducing asymmetrical tone that blocks spinal oscillation
• restoring glide between fascial layers along the trunk and ribs
• improving sensory feedback from paraspinal and intercostal tissues
• decreasing protective guarding driven by pain or threat

After bodywork, the walk often looks different. Spinal motion becomes more fluid, ribcage movement improves, stride timing normalizes, and the horse settles more quickly. This is not coincidence — it is improved sensory input meeting a gait designed to integrate it.

Massage opens the door.
Walking teaches the body how to walk through it.

Breathing, Vagal Tone, and Fascial Tension

Walking naturally coordinates breath with movement, supporting parasympathetic (vagal) activity. Vagal tone directly influences muscle tone, fascial stiffness, pain sensitivity, and emotional regulation.

As vagal tone improves:
• baseline fascial tension decreases
• tissues regain elasticity
• movement feels lighter without effort
• recovery improves

This is why horses often look better after a calm walk than after stretching or strengthening exercises. The system has shifted out of protection.

Walking Over Terrain and Hills: When Rhythm Meets Real-World Input

When available, walking over varied terrain and gentle hills further enhances the regulating effects of the walk.

Uneven ground introduces subtle changes in limb loading, increasing proprioceptive feedback and encouraging the nervous system to refine coordination without triggering defensive tension. Fascia responds by adjusting tone dynamically rather than locking into static patterns.

Walking uphill gently increases thoracic sling engagement and trunk lift, while walking downhill improves controlled lengthening and eccentric control. In both cases, the ribcage must continuously adapt, improving mobility and suspension.

Terrain should add information — not intensity.
The walk should remain slow, rhythmic, and emotionally calm.

Walking Needs Variety

The nervous system adapts quickly. When movement is repeated in the same way, on the same surface, in the same environment, the body stops learning and begins automating.

At that point:
• sensory input diminishes
• fascial tone becomes uniform and less responsive
• postural strategies become fixed
• protective holding patterns can quietly re-emerge

Walking is regulating because it is rhythmic —
but it remains therapeutic because it is variable.

Variability Is How Fascia Stays Adaptive

Fascia thrives on changing vectors of load, not constant ones.

Subtle variation at the walk may include:
• straight lines, curves, and gentle figures
• changes in direction
• transitions between environments or footing
• brief pauses and restarts
• shifts in visual and vestibular input
• circles, turns, and lateral steps when appropriate

These small changes prevent repetitive strain, maintain elastic responsiveness, and distribute load across multiple fascial pathways.

Thoracic Sling Function Improves With Change, Not Repetition

The thoracic sling is a timing system.

If input is always the same:
• the sling engages in the same pattern
• certain fibers and fascial planes dominate
• others under-contribute
• asymmetry may be reinforced rather than resolved

Adding variation forces the sling to adapt continuously, redistribute tone, and refine coordination instead of bracing.

This is skill development — not strength work.

Variety Supports Mental and Emotional Regulation

Horses are highly sensitive to their environment. Changes in scenery, footing, visual horizon, and spatial orientation keep the nervous system engaged without threat — curious rather than defensive.

This is especially important for anxious horses, shutdown horses, rehabilitation cases, and seniors who do not tolerate intensity.

Boredom and over-repetition can increase tension just as much as over-work.

The Takeaway

Walking is not passive.
It is neurological organization, fascial regulation, and postural re-education in motion.

It does not force posture.
It restores the body’s ability to hold itself.

Walking is where the nervous system calms,
the fascia remembers elasticity,
and the body relearns how to carry the horse —
instead of the horse carrying itself with tension.

Walk Work Tip

Count the rhythm of your horse’s footsteps as you walk. Matching your attention to their step pattern helps you tune into consistency, symmetry, and relaxation — keeping the focus on rhythm rather than speed.

https://koperequine.com/the-power-of-slow-why-slow-work-is-beneficial-for-horses/

01/12/2026

If you wondered what somatic work is in terms of bodywork, here is a very good description of it and its principles. Thank you Koper Equine for laying it out so clearly and in easy to understand language. HINT: It is not a method, but an approach.

As a method, The Masterson Method, Integrated Equine Performance Bodywork falls into the category of somatic work and this post adds another dimension to the Masterson Method and its benefits.

Personally, as an equine bodyworker and Masterson Method Certified Practitioner (MMCP), I have chosen to specialize exclusively in the The Masterson Method, Integrated Equine Performance Bodywork. Reading this post makes me feel good about that choice, both for me and for my clients🩷. Thanks for that too Koper Equine😊.

Somatic Work - How Sensory-Based Touch and Movement Shape Regulation, Mobility, and Soundness

Somatic work for horses is not a single technique or branded modality. It is an approach to bodywork and movement support that prioritizes how the horse experiences sensation and how the nervous system organizes movement in response to that sensation. Rather than forcing mechanical change, somatic work uses graded touch, timing, and movement to invite the horse’s body to reorganize itself.

At its core, somatic work recognizes a simple truth: the horse’s nervous system governs muscle tone, fascial organization, posture, and movement.
Change that regulatory process, and the body follows.

What “Somatic” Means in an Equine Context

Somatic comes from soma—the living body as it is experienced from within.

In horses, this does not imply conscious analysis or cognitive reflection. Instead, it refers to the sensory–motor loop that continuously informs posture, balance, coordination, and readiness to move.

Somatic equine work focuses on:
• sensory input (touch, pressure, rhythm, position)
• nervous system state (calm, guarded, defensive, adaptive)
• movement organization (timing, sequencing, load sharing)

The aim is not to “fix” tissues, but to change how the horse perceives and uses its body.

Why Somatic Work Matters for Horses

Horses are prey animals with nervous systems designed to prioritize survival. When a horse feels threatened—by pain, confusion, instability, or excessive demand—the body defaults to protective strategies such as:
• muscle bracing
• reduced range of motion
• altered weight distribution
• inefficient or guarded movement patterns

Somatic work addresses these responses at their source by restoring a sense of safety, clarity, and coordination through the body itself.

As regulation improves:
• movement becomes more fluid
• effort decreases
• learning becomes easier
• compensation patterns soften
• recovery improves

Core Principles of Somatic Work for Horses

1. Regulation Comes Before Release

Somatic work begins by helping the horse’s nervous system settle into a regulated state. Without regulation, attempts to “release” tissue often create resistance, guarding, or rebound tension.

Common signs of regulation include:
• slower, deeper breathing
• softened muscle tone
• lowered head and neck
• smoother weight shifts
• increased stillness or quiet curiosity

2. Sensory Input Is the Primary Tool

Pressure is not used to overpower tissue. Instead, the practitioner relies on:
• slow, graded contact
• sustained or resting holds
• rhythmic or directional input
• subtle changes in hand placement or timing

These inputs are designed to be clearly perceived, allowing the nervous system to reassess tone, posture, and movement organization.

3. Movement Is Integral, Not Optional

True somatic work often includes movement, such as:
• gentle weight shifts
• guided limb positioning
• work during slow walking
• touch that adapts as the horse moves

Movement provides context, helping new sensory information integrate into real function rather than remaining a passive or isolated change.

4. Response Guides Technique

In somatic work, the horse’s response determines what happens next.

The practitioner continuously observes:
• breath
• posture
• changes in muscle tone
• emotional state
• quality and ease of movement

If the horse braces, withdraws, or disengages, the input is adjusted. Listening is as important as doing.

5. Patterns Matter More Than Parts

Somatic work addresses coordination and patterning, not isolated muscles.

Primary areas of attention include:
• how load travels through the body
• left–right symmetry
• front–back balance
• timing between regions
• transitions between stillness and movement

This systems-based perspective aligns naturally with fascial continuity and proprioceptive feedback.

Agency and Choice in Somatic Work

A defining feature of somatic work is agency.

The horse is not positioned, held, or manipulated into change. Instead, the horse:
• participates voluntarily
• controls depth, range, and duration of movement
• retains the ability to stop or redirect at any time

This sense of choice is not optional—it is central to nervous system safety. Without agency, the work shifts from somatic learning to mechanical intervention.

Modalities That Can Be Applied Somatically

Somatic work is not its own technique; it is a way of applying many approaches, including:
• myofascial release
• neuromuscular therapy
• functional massage
• craniosacral-style work
• sensory-based massage
• movement-assisted bodywork

What makes the work somatic is how it is applied, not what it is called.

Guided, Self-Controlled Range of Motion Movement

(Somatic Application)

Guided, self-controlled range of motion movement is a form of somatic, neurokinesthetic work in which the horse actively explores and controls its own movement within a comfortable, voluntary range.

Rather than attempting to lengthen tissues through force, this approach:
• prioritizes sensory awareness
• supports nervous system regulation
• refines proprioception and coordination
• emphasizes smooth entry into and out of movement

The practitioner provides invitational guidance, not physical leverage. The horse determines the depth, direction, and duration of the movement and may stop or change the movement at any time.

Defining Characteristics

Guided range of motion movement is considered somatic when it includes:
• Voluntary participation – movement is initiated and regulated by the horse
• Controlled movement through available range – quality and organization matter more than depth
• Sensory-led input – guided by feel and balance rather than an external goal
• Smooth transitions – entry and exit are calm and coordinated
• Ongoing regulation – breath, posture, and tone remain organized

Functional Purpose in Horses

When applied correctly, guided range of motion movement:
• improves joint position sense
• enhances coordination and balance
• supports postural organization
• reduces protective muscle guarding
• integrates change into real movement patterns

These effects arise through motor learning and sensory integration, not through direct tissue deformation.

How It Differs From Passive Stretching

Unlike passive or force-based stretching, guided range of motion movement:
• does not impose an end position
• does not rely on leverage or restraint
• does not prioritize depth over quality
• preserves the horse’s agency at all times

This supports safety and encourages durable, self-organized change.

What Somatic Work Is Not

Somatic work is not:
• forceful stretching
• aggressive deep tissue work
• static massage applied without feedback
• chasing “releases” without regulation
• diagnosing or treating pathology

Those approaches may have value, but they operate within a different framework.

Benefits of Somatic Work for Horses

When applied skillfully, somatic work can support:
• improved proprioception and coordination
• more efficient movement patterns
• reduced guarding and chronic tension
• greater adaptability in training and work
• smoother transitions between tasks and gaits
• improved emotional regulation and focus
• enhanced recovery from workload or stress

Because it relies on learning rather than force, somatic work is suitable for a wide range of horses, including sensitive, reactive, young, or post-injury individuals.

A Clear Equine Definition

Somatic work for horses is a sensory- and movement-based approach that uses touch, timing, and motion to influence how the nervous system organizes posture, coordination, and movement.

The Bigger Picture

Somatic work shifts the guiding questions from:
“What’s tight?” to “How is this horse organizing itself?”
From “How do I fix this?” to “What input does this nervous system need to change?”

For horses—whose bodies communicate more clearly through movement and sensation than through words—this approach is not alternative or fringe.

It is fundamental.

https://koperequine.com/how-to-develop-postural-muscle-endurance-in-horses/

01/12/2026

All horses enjoy the Masterson Method, even those in the surroundings.
Below, Cristina of Cristina’s Equine Bodywork explains it well with words and with a photo 🙂.

Not often I get a chance to do this 🥰

Horses are herd animals and with the Masterson Method®️ when I work with one, I can work with many.

The Masterson Method creates such a clear, observable parasympathetic shift that nearby horses’ nervous systems follow suit.

Horses are highly social, prey animals whose survival depends on reading and syncing with the nervous systems of those around them.

Bodywork helps the horse I’m working with shift from sympathetic (fight/flight) to parasympathetic (rest/digest). Their breathing slows, fascia softens, tension releases.

This calm state is observable and felt by other horses nearby. They pick up on slowed breathing, softer posture, lowered head, licking/chewing … etc.

Their own nervous systems begin to down-regulate in response. This is called co-regulation, and it’s well documented in mammals (including humans, dogs, horses).

In a herd, one regulated horse can act as a “calming anchor.” For me today, that was Peaches 🥰 She is great for setting the calm energy needed to release tension for her friends.

01/10/2026

This is an interesting post for me for 2 reasons. The first one being that it is written from the point of view of the horse. The second because I have chosen to specialize in one modality, the The Masterson Method, Integrated Equine Performance Bodywork .Because I believe it to be sufficient to release restrictions in soft tissue and it is gentle for senior and arthritic horses and also powerful for sport horses.

I prefer to collaborate and let other modalities and their expert therapists complement my work. If multiple modalities are being used in a session, it is very important to understand how they each individually affect the horse’s body and more importantly, how they affect the horse when they are combined. You can ask the therapist, and also listen to your horse.

Dont surprise the horse they remember who you are and what you do, if we are not confident in the modality we choose they may not feel confident in your ability to help☺️.

We often talk about palpation, techniques, anatomy, and exercises yet we forget when meeting a horse that may be in pain we first have to build trust, they may have had previous encounters where their voice was not heard, their body harshly palpated, their pain areas hyper focused on and poked, prodded and pulled and how do we persuade the horse we dont have the same hands that may have caused more discomfort in the effort to get better.

We know they have a great memory so it makes sense they will remember the good just as much as they remember the bad and its why I try not to jump from modality to modality and only study the modalities that enhance my work rather than change the very foundation of the way I work, that way the horse will not have to try and work out what type of therapist I am going to be on each visit.

The changes I make are slow and organic its like riding a horse you wouldn't keep swapping things while teaching one thing you first get the horse comfortable and confident and then begin to finesse the ask, each time I begin a new session with the horse I am merely picking up the reins from where we left off in the last session, the changes are made slowly always at a pace the horse is comfortable with for we want to work on the body but avoid the brain checking out.

If every time I met the horse I was offering a different modality how could the horse get to know what i do??, after all as much as we are trying to figure them out they will be doing the same with us

It can be daunting in the beginning to have the confidence to trust what you are doing is the best thing for that horse, but quiet the human opinions and focus on the feedback from the horse if they trust your hands then try to not change what you are doing to much to soon for they want the therapist you are now not what others think you should be xx