Cadence Equine

01/09/2026

When we observe posture rather than conformation we begin a system of body mapping.

I encourage clients to feel their horses and gently palpate, to observe without critical thinking.

What looks different, has the eye or expression changed
Does your horse respond differently when you approach an area of the body
Are the limbs square,
Hooves pointing forward or turned in or out
Shoulder muscles showing tight lines
Pelvis tilted forward or back too far
Any dip in the back
Symmetry when looking at the chest and pectoral or pelvis and gluteals???????

When we body map we can see and document changes, this tell me where I may need to work.

Become your horses advocate and never ignore a gut feeling, keep asking questions of your veterinarians, farriers, body workers and Saale fitters, dentists.

27/08/2026

So what is self medication or zoopharmacognosy
We allow the animal to select herbal medicine and aromatherapy, to maintain healing and reduce inflammation naturally

14/08/2026

18/05/2026

Gentle is more effective

Why Movement and Bodywork Below the Nervous System’s Protective Threshold Create Better Change

Moving and applying bodywork below the nervous system’s protective threshold tends to create more lasting change in the body than aggressive stretching or forceful tissue manipulation because it works with the nervous system rather than against it.

At its core, the body does not limit movement simply because tissue is “tight.” It limits movement when it perceives a lack of control, stability, predictability, or safety. What we often experience as stiffness is frequently protective tone, not a true mechanical restriction.

This principle applies not only to movement, but also to massage, myofascial work, stretching, and other forms of tissue manipulation. If movement or pressure exceeds what the nervous system perceives as safe or manageable, the body may respond with increased guarding and protection rather than relaxation or improved mobility.

When you move your horse — or apply tissue pressure — within a range the nervous system still perceives as safe and manageable, several important things happen:

1. You reduce protective guarding instead of provoking it

Stretching — especially when pushed into end range or discomfort — can trigger a defensive response. The nervous system perceives potential threat and increases tone to protect the joint or tissue.

The same can happen with overly aggressive massage or tissue work. Excessive pressure may overwhelm the system and increase bracing, sensitivity, holding patterns, or muscular guarding.

In contrast, staying below the nervous system’s protective threshold signals to the system that the experience is safe and controllable. This reduces guarding and allows mobility and tissue tone to change more naturally over time.

2. You improve usable, controlled mobility — not just passive flexibility

Passive stretching may increase how far a limb can be moved by an external force, but that does not necessarily mean the body can control or effectively use that range.

Similarly, forcing tissue to “release” manually does not automatically improve movement if the nervous system does not support or trust the change.

Active movement develops strength, coordination, timing, and control within the range being used. That is what transfers to real function, movement quality, and performance.

3. You enhance proprioception and body awareness

Slow, controlled movement and appropriate hands-on input provide the nervous system with high-quality sensory information. This improves the brain’s internal map of the body — where joints are positioned and how they move through space.

Improved mapping supports more efficient movement, better load distribution, improved coordination, and fewer compensatory patterns.

4. You dynamically hydrate and condition tissues

Movement creates a pumping effect through muscles and fascia, improving fluid exchange, tissue hydration, circulation, and glide between tissue layers.

Massage and myofascial work can also help stimulate circulation, sensory input, and tissue fluid dynamics when applied in a way the nervous system tolerates well.

Static stretching alone does not create the same degree of fluid movement, adaptability, or tissue conditioning.

5. You build strength through range, not just access it

Range without strength or control is unstable — and the nervous system recognizes that.

When a horse actively moves through ranges that remain below the protective threshold, strength and coordination are developed at the edges of that range. This helps the nervous system gradually allow greater motion because the range becomes more usable, stable, and predictable.

6. You improve regulation of the nervous system itself

The more regulated the nervous system becomes, the less the horse feels the need to protect, brace, or overreact to external stressors and internal sensations.

Comfortable movement and appropriately applied bodywork can help shift the horse out of chronic defensive states and into a more adaptable, responsive state where learning, recovery, coordination, and mobility improve more easily.

This is one reason many horses become softer, freer, and more organized through gentle, consistent work rather than forceful correction.

7. You create more sustainable, repeatable change

Because the nervous system is involved and supportive of the process, improvements gained this way are more likely to persist.

Forced stretching or overly aggressive tissue manipulation often creates temporary changes that quickly disappear because the system never fully accepted the movement or input as safe, controlled, or functional.

In simple terms:

* Stretching often tries to take more range
* Aggressive tissue work may try to force change
* Movement and bodywork below the nervous system’s protective threshold teach the body it is safe to own more range and reduced tension

That is why controlled, non-threatening movement and appropriately applied bodywork often produce better long-term mobility, improved performance, healthier tissue function, and less recurring tension than repeatedly pushing into stretch or forceful tissue release.

https://koperequine.com/muscle-fasciculations-in-horses-what-they-reveal-about-the-body/

09/05/2026

Why poles lessons benefit your horses fitness and overall conditioning for any discipline

A recent study from the University of Tennessee provided strong support for something trainers, movement specialists, and bodyworkers have observed for years:

Ground poles significantly increase activation of important postural and core muscles in horses.

What the Study Found

Walking over ground poles increased activity in:

• Longissimus dorsi — a major topline and spinal support muscle
• Abdominal muscles — critical for core stability and support of the spine

Even at the walk, poles require the horse to:

• Lift the limbs higher
• Stabilize the trunk more actively
• Organize posture and balance with greater precision
• Continuously adjust limb placement and timing

At the trot, researchers also found increased activation of the abdominal muscles.

Trotting over poles requires greater dynamic stabilization, and the increased limb elevation demands more coordinated control of the trunk, pelvis, and spine.

What This Means

These findings support the long-standing use of cavaletti and ground poles as a low-impact way to:

• Strengthen the topline
• Improve abdominal engagement
• Support spinal stability
• Enhance proprioception and coordination
• Encourage improved posture and self-carriage
• Develop better movement organization through the whole body

One of the most important aspects of pole work is that it influences both sides of the postural system:

• The dorsal chain — including the longissimus muscles along the back
• The ventral chain — including the abdominal support system

This balance is essential for efficient movement, force transfer, and development of a healthy, functional topline.

But pole work is not only muscular.

It is neurological.

Each pole creates a movement problem the horse must solve in real time.

The horse has to:

• Judge distance
• Adjust stride length
• Control timing
• Stabilize the trunk
• Organize the limbs in space
• Adapt moment-to-moment to changing demands

That process requires attention, coordination, body awareness, and ongoing nervous system regulation.

In many horses, poles appear to improve focus not simply because the horse is “behaving,” but because the nervous system is becoming more engaged and organized around the task.

Pole work may also influence neurological tone — the background level of muscular and nervous system readiness that affects posture, movement quality, stiffness, and coordination.

For some horses, this can help reduce excessive bracing and improve adaptability through the body.
For others, it can help improve postural engagement and overall organization.

Why It Matters

Regular pole work can benefit many types of horses:

• Young horses developing coordination and posture
• Performance horses improving strength, agility, movement quality, and limb awareness
• Horses rebuilding core control and stability after periods of weakness or reduced work
• Older horses maintaining mobility, coordination, and movement confidence

Importantly, many of these benefits occur even at the walk, making poles accessible to horses across a wide range of ages, disciplines, and fitness levels.

Rather than simply “making horses pick up their feet,” poles appear to challenge the nervous system, postural system, sensory system, and muscular system together — encouraging the horse to organize movement with greater control, awareness, and adaptability.

https://koperequine.com/step-by-step-the-benefits-of-walk-poles-for-horses/

04/04/2026

Amazing longissimus muscle connections

10/03/2026

When treatments effect more than posture. When we look at angles and goniometry there is a normal range.
When we see clients regularly it is easier to see the bodies adaptation.

Note the flattened pelvis, tilting forwards reducing the angle between the tuber coxae (hip) and tuber ischii (sit bone).
Now imagine the connections of the soft tissues and the distortion of normal antagonist movement and balance in the quadriceps and hamstrings, adjustment in hip flexors and contracted paraspinals.
The lumbosacral junction and sacroiliac area is under stress.

So we apply treatment and see a postural change in the last two photos.

But how do we strengthen this area.
On a case by case situation taking into account the animal’s current fitness and routine.

Target

Adding flexion of the pelvis -hip and hock, engaging the pelvic stabiliser muscles. Abdominals recruited.

Just below Knee/hock height walk cavaletti in straight lines.

Repetition of x6 in reps of four daily. Receiving 4 weeks to assess strength and stability.

Looking for any adaptation or compensation.
Focus on correct form with each individual step. Watch for abduction, adduction or tripping. Thes may inform you to start lower and work up to the optimum height so training is progressive.

Photo 1 before- flat pelvis
Photos 2 and 3 (same day) after treatment