Equitation Science – Clairety Horsemanship

What is Converse Conditioning?

In science, whenever a phenomenon is observed, it is helpful to give it a name so it is easier to refer to while investigating it. Converse conditioning is a more recently named training phenomenon that has not been studied yet. Let’s explore what it is.

In converse conditioning, a horse learns a new, opposing response to a previously learned cue. For example, if a horse is originally taught to accelerate from rein pressure, as is often the case with race horses, teaching that horse to decelerate from rein pressure would be an example of converse conditioning.

Perhaps when you started handling horses, you expected them to walk when you walked and stop when you stopped. But then you learned a bit more about horse behaviour and realized that would be confusing for the horse because there are some situations where you do not want the horse to move when you do (like saddling up or getting on for example!) and so you trained your horse to only respond to pressure or voice cues and not move when you move—this is another example of converse conditioning.

Both of the above examples were positive ones, where the outcome for the horse’s training is improved consistency and clarity. Converse conditioning also works the other way around.

If a horse is first taught to move quicker from a tap of the spurs, but then the rider changes that cue to mean slow down, the rider using his leg no longer always means acceleration. When to accelerate from leg pressure and when to decelerate will be hard for the horse to distinguish.

Another example of converse conditioning creating confusion or danger is when a horse that knows to decelerate from rein pressure is taught to simply shorten its neck to rein pressure. This may be done to try to have the horse move in a certain posture or frame, but causes confusion for the horse and could put the rider in danger.

So you see that converse conditioning is not necessarily good, nor necessarily bad, but it occurs frequently in horse training. It is therefore a good idea to understand what it is and in what scenario it will be useful and in what situations it may be detrimental.

Can you think of any more examples of converse conditioning? Comment your experiences below!

Research

Positive vs Negative Reinforcement in Horse Training: which is better?

We must begin with a definition of terms. Positive and negative reinforcement are two quadrants of operant conditioning. Positive reinforcement means adding (+) something a horse likes to make a behaviour more likely in future. This could be food or tactile rewards. Negative reinforcement means subtracting (-) something the horse doesn’t like to make a behaviour more likely in future. This is usually pressure, whether psychological or physical.

Among negative reinforcement trainers, there can be an attitude that reward is unnecessary.

Among positive reinforcement trainers, there can be an attitude that any pressure is bad.

Let’s analyze these two approaches and see if we can arrive at an optimal approach to horse training.

There is some research purporting to show that horses trained with positive (+) reinforcement have more optimistic affective states (mood) than horses trained with negative (-) reinforcement (Sankey et al, 2010). However, it must be remembered that during the shaping of a behaviour with positive reinforcement, reward must be withheld so the horse tries something more to achieve the next shaping criteria. This causes frustration, which is a pessimistic affective state. Also in the consolidation of a behaviour trained with positive reinforcement, reward must be moved onto a variable schedule, which can also induce frustration.

In the same study (Sankey et al, 2010), the positive reinforcement group of horses was taught to step back from the handler moving into the horse’s space. This is actually a fundamental example of negative reinforcement, in which the horse’s behaviour of stepping back removed the handler’s proximity. In this way, the study was not looking at ‘pure’ positive reinforcement, so the results cannot support the researchers’ hypothesis.

Indeed, a study of oxytocin levels in horses during foundation training using negative reinforcement found that as horses progressed through training, oxytocin levels increased, showing an increasingly optimistic affective state (Niittynen et al, 2022).

A more balanced view of the use of these two quadrants of operant conditioning, then, is clearly to make use of both. Positive reinforcement has the strength of being highly motivating for the horse especially when a learning task is difficult. Negative reinforcement has the strength of being predictable and controllable so that the horse experiences less frustration during training. A trainer who applies scientific knowledge of horse behaviour and learning, therefore, will be adept at applying both positive and negative reinforcement, which is known as combined reinforcement. In this way, the horse is always reinforced and often rewarded for correct behaviour, speeding up the rate of learning and creating an attachment between horse and trainer in the process. That special relationship between horse and human is, after all, what we are all looking for!

References:

Sankey, C., Richard-Yris, MA., Henry, S. et al. Reinforcement as a mediator of the perception of humans by horses (Equus caballus). Anim Cogn 13, 753–764 (2010). https://doi.org/10.1007/s10071-010-0326-9

Taru Niittynen, Veera Riihonen, Liza R. Moscovice and Sonja E. Koski, Acute changes in oxytocin predict behavioral responses to foundation training in horses, Applied Animal Behaviour Science, (2022) doi:https://doi.org/10.1016/j.applanim.2022.105707

Research, Training Traditions

What Equitation Science Can Do for You

If you’re a horse lover, chances are you’ve spent countless hours learning about these majestic creatures. But in your journey, you’ve probably encountered a fair share of conflicting advice—one expert swears by training with treats, while another says they’re a terrible idea. One trainer insists rope halters are the key to success, while another argues they’re too harsh. And then there’s the endless debate about bridles vs. bareback riding with a neck rope.

With so many differing opinions and techniques—from the practices of different disciplines to the personalities of passionate horse people—it’s easy to feel overwhelmed. And here’s the thing: if you’re confused about how to approach training, how can your horse possibly understand what you want from them?

This is where equitation science comes in. It’s not just a set of techniques or trends. Rather, equitation science is the study of how horses think, learn, and respond. It’s about using science to understand your horse’s behavior in measurable ways, breaking down the “why” and “how” behind every action, and offering insight into what works and what doesn’t.

Equitation science provides you with a bird’s-eye view of the horse-human relationship. Instead of getting bogged down in the specific methods of individual training styles, you can begin to see the broader patterns and principles that underlie effective, compassionate interaction with horses. It shows you the true science behind the techniques you already use—perhaps without fully understanding their impact—and helps you improve those techniques.

Unlike a particular training method or discipline, equitation science transcends them all. It’s universal, speaking to every rider and trainer, regardless of their background or approach. And in a world where the horse industry feels divided and under scrutiny, equitation science has the power to bring us together. It offers a shared understanding that can unite trainers, enthusiasts, and professionals across different styles and approaches.

Why is this so important? Because the horse world is currently facing significant challenges—from public perception to internal disagreements. Our practices and the way we communicate with horses are under the microscope, and we need a framework that allows us to address these concerns while fostering positive, sustainable change. Equitation science offers that clarity and unity. I’ve seen firsthand how a deeper understanding of equitation science has helped me improve my own interactions with horses, and I truly believe that when we know better, we do better.

Are you ready to take the next step in your journey with horses? Will you commit to exploring the measurable, scientifically-backed aspects of the horse-human relationship? Equitation science will not only provide clarity amid the confusion but also offer a path forward for positive change in the horse industry.

If you’re unsure where to start, I recommend reading this insightful article on applying equitation science practically (https://clairetyhorsemanship.ca/2022/02/02/can-horse-training-outcomes-be-predictable/). And if you’re looking to deepen your understanding, stay tuned for upcoming audio riding lessons based on equitation science, designed to complement your lessons with your coach (https://clairetyhorsemanship.ca/pocket-riding-coach/).

Take a moment today to explore these resources, and make the commitment to learning what equitation science can do for you—and for your horse.

Uncategorized

What is Equitation Science?

Equitation Science is the measurement and interpretation of interactions between horses and their riders.

— Equitation Science (2010) Andrew McLean and Paul McGreevy

Equitation science is very exciting because it is bringing the advances of the training of most other animals into the horse world. Dog trainers, dolphin trainers, cat trainers almost without exception use Learning Theory.

Horse trainers are stuck in the world of tradition and trial-and-error.

Tradition is not a bad thing. The best horse trainers and riding coaches are already applying the principles of Learning Theory; that is why their training and teaching works. ‘Horse whisperers’, instructors, and the great modern trainers have made huge advances in the availability of horse knowledge.

But this is better.

What we can measure we can track, and what we track we can understand, and when we understand something we can explain it to others.

Equitation science opens up a conversation about how we can ethically use, train, and keep horses without subjecting them to abuse, accidental or not, so the horse industry does not tarnish its reputation.

Coaches can now teach their students how their horse thinks and learns, because when the student understands how the horse thinks about situations, they are much safer and can train the horse to become safer as well.

Trainers can put the tools into their clients’ hands to continue their horses training so the horse’s confusion is reduced and their welfare improved.

Science improves our ability to understand what we do with our horses and how we do it so we can get the best out of ourselves and our horses in the least invasive way possible.