When blanketing our horses during cold winter months, we have the best intention of keeping him warm and protected from the elements. But the design and fit of many blankets can potentially harm your horse and – in extreme cases – cause major structural problems. A first sign that the edge of your blanket is cutting into the crest and the nuchal ligament of the horse, is the so called ‘blanket-dip’, an indentation right in front of the withers.
A first sign that something is not quite right, is usually a slight indentation right in front of the withers, often coupled with hairloss, coldness to touch (lack of circulation) and possibly stiffness and soreness in the horse. It’s hard to put two and two together. We blanket our horse to keep him warm and protected from the elements and often don’t think that such a relatively light piece of equipment such as a blanket can do damage to our horse.
But indeed, most blankets – even though available in many different sizes – are still not customized enough to fit every horse. The blanket pulls down on the front edge and causes the so called ‘blanket-dip’.
What this means to the horse’s anatomy:
The blanket edge presses on the fatty tissue of the crest and the underlying nuchal ligament. The nuchal ligament starts at the poll and attaches at the withers, making it an elementary component of equine biomechanics. This ligament – together with the supraspinous ligament – serves as the ‘string’ in the ‘suspension bridge’ of the horse’s back.
Dr. Gerd Heuschmann: “When the horse stretches his neck forward, the nuchal ligament is put in traction, pulling on the
withers’ spinous processes, causing them to rise. This effect extends all along the horse’s back – the traction is transmitted to the tendon-like supraspinous ligament, which, as a direct continuation of the nuchal ligament, connects all of the back’s
spinous processes.” And: “..it’s mainly the nuchal ligament that helps the horse lift his back by stretching it forward.”
Impeding or even damaging this important ligament can lead to anything from minor discomfort and restriction to major loss of soundness, requiring lengthy rehabilitation. Stiffness, choppy strides, disjointed movement can be first pointers that something is causing damage or restriction to this ligament.
If you are blanketing your horse, investigate carefully whether the blanket is restricting the nuchal ligament. If you find a dip, coldness to touch or loss of hair, you will want to make changes. Having a knowledgeable tailor make custom changes to your blanket or buying a blanket that has a different design, such as the “Rambo Wug” or “Rhino Wug” by Horseware Ireland may be a good idea, if your horse cannot go without blanket.
During my equine bodywork practice, I occasionally encounter horses with unexplained lameness or “offness”. Vet, farrier and saddle fitter have exhausted their possibilities and the owner faces their horse’s recurring unsoundness without explanation. Here, bodywork provides relief and can sometimes solve the problem “accidentally” (by releasing deep-seated tension) without knowing the cause.
More often, however, there is a missing piece in the puzzle: the horse/rider interaction or rider biomechanics and how the rider affects the horse’s soundness.
The Horse as a Riding Animal – 2 Undeniable Facts
Our vertical spine meets the horse’s horizontal spine in various levels of impact during a sequence of motions of two separate yet attached bodies and
“There is nothing natural about horse back riding”, since horses were not by nature designed to carry a rider.
To Keep a Horse Sound – 2 Inconvenient Conclusions
Yes, riding a horse implies the possibility of doing the animal harm, simply based on the biomechanical parameters and
Riding technique is a factor that can keep the horse sound or potentially make him unsound.
Rider biomechanics have been on my mind for a long time, since I am interested in anything that can improve the horse’s soundness.
This is a vast topic and I can only highlight a few aspects and hope to enthuse you for the subject.
Riding Technique & Ability
When we talk about and want to address rider biomechanics, we need to differentiate between
natural inclinations rooted in our being human (biped),
ability (flexibility and strength) and
technique (did we learn how to sit, how to ride right?).
We need to recognize our natural inclinations, hone our abilities by tuning our bodies, and perfect our technique by getting correct instruction and putting into practice.
The Biped’s Dilemma
As bipeds (beings that move upright on two feet) we often naturally move contrary to the horse’s quadruped movement. As riders, our dilemma is that what we want to do naturally – humans love to ‘push, pull, and dig in their heels’ – goes against “riding right” or staying out of the horse’s way. It is not natural to us. We – our minds and bodies – need to learn that.
As an example: The walk, the ‘easiest’ of all gaits to ride. We bipeds move our arms diagonally to the legs during the walk, meaning when our right hip moves forward, our right arm moves back. When we ride and hold the reins, we will tend to do the same: move the right hip forward, and the right arm back (even if ever so slightly). Try it on a chair! This directly counteracts the movement of the horse and means, that if we do not want to jar the horse’s mouth with every step, we need to make a conscious effort to develop an independent seat, where hip can move independently of arm.
The Slow Dismantling of “Thunder” – A Fictional Case Study
“Jane” – who has not yet developed an independent seat – rides her new horse “Thunder” – a willing and compliant horse – for several months, jarring his mouth with every step in the walk. Soon the horse develops a ‘dead mouth’, responses to rein aids get duller and duller, leading the rider to conclude the horse needs a sharper bit, especially since Thunder started rushing under saddle.
After using the sharper bit for some time – which works wonders with the ‘stoppability’ – the horse starts shortening the stride and refuses to take the right lead. He develops an unwillingness to bend in the neck and an ornery temperament. Jane and her trainer attribute this to a number of factors unrelated to Jane’s rider biomechanics and Jane continues to ride until the horse develops unexplained front leg lameness. A journey through farriers and vets begins with no result.
This is a fictitious scenario, a combination of different cases I’ve experienced. Similarities to real, living horses are merely coincidental ;-).
Discomfort, Compensation & Self-Preservation
What happened here?
Jane caused the horse discomfort in the mouth by moving like a biped on the back of this quadruped.
The horse started carrying himself in a way that compensates and allows him to avoid the discomfort as much as possible.
A whole series of self-preservation mechanisms ensue that make it difficult to understand, where the original problem lies:
How Jane & Thunder Got Here
Instead of swinging his head and neck lightly up and down during the walk, he will hold his head still, and his neck stiff, in anticipation of the next jarring feeling in the jaw.
Over time, the ‘head neck muscle’ (bracchiocephalicus) and related muscles become permanently contracted. This muscle’s job is to move the front leg forward. Through the restriction, the horse’s stride becomes shortened.
Soon the tension will expand into the upper neck musculature and muscles that are responsible for the movement of the shoulder blade (scapula). The shoulder becomes tight and unyielding.
Since the shoulder is the ‘shock absorber’ for the front legs, it now loses its function as such and the front legs have to bear most of the impact with every step. The trot becomes choppy, the strides restricted.
Discomfort and restriction leads the horse to get stiff in the neck and possibly refuse to take one lead or another.
By the time the symptoms become loud, this has been going on for a while.
Could Your Riding Be a Factor in Your Horse’s Soundness?
Often it’s hard to make the connection. It’s not easy to ask yourself ‘how could my riding be a factor’? Nevertheless, it’s the right question to ask. The answer is always YES! For all of us, even master riders!
3 Steps Toward Better Riding
Understand your “biped” nature and natural inclinations! Understand how the horse moves and what it needs!
There is an excellent website with in depth information regarding rider biomechanics here. You can also order a book on this website about the same topic.
Improve your “riding ability”, meaning flexibility and strength in the right places. Read my separate article about “The Able Rider”, improve your flexibility with daily exercise and get strong but not buffed! Yoga, Pilates, Pavel Tsatsouline’s “Strong First” and “Relax into Stretch” are great resources!
Study Riding Technique with a qualified instructor and get longe lessons to improve your seat. Caution: Incorrect instruction (unfortunately more the norm than the exception) does more harm than good. Brush up on your knowledge of classical horsemanship before committing to an instructor.
Do Little – Reap a Lot!
Even small changes in your riding can make a big difference for your horse’s soundness.
As a non-ambitious rider who doesn’t show, I have to make a conscious effort and work on my seat. Having seen quite a bit of damage to horses by unskilled (often very experienced!) riders, I am painfully aware of what my riding can do to my horse and do what I can to get guidance and feedback, to keep myself flexible and strong, so I can work on my independent seat and stay out of my horse’s way.
I hope you find this article helpful and you now feel enthused to explore the topic in more detail!