Your Spooky Horse Explained: How to Turn Spooky into Calm & Thinking

  Рет қаралды 3,092

Tao of Horsemanship

3 жыл бұрын

This video is a snippet of the full-length training video. Please click here to join and view www.taoofhorsemanship.com/video-library
Do you have a spooky, reactive horse?
Improving your understanding of the inbuilt instinct for survival in your horse, combined with learning how to “re-wire” your horse’s nervous system, will not only improve your training methods, reducing the instances of injury to you both, you will create a happy, safe horse.
As we all know, once the flight response is engaged, the escape path of a horse can offer unpredictable responses!
This is a conscious decision because the special senses have sent messages calmly relayed to the prefrontal cortex (the reasoning portion of the brain). These thoughts, sensations and emotions use a much faster neurological pathway to alert the horse to move out of the way quickly without first analyzing the extent of the danger.
This process explains why horses’ reactions and behaviors to what we might see as trivial objects, such as a tree stump, or benign sound, trigger a panic state in your horse.
As we also know, every horse is an individual and handles stimuli, stress, and perceived danger differently. While reactions to perceived danger vary and can be extreme, I hope this video helps you understand that no matter how extreme your horse’s spooky tendencies are, there is a way to resolve them.
First, we need to understand the following about our horses:
- Biological psychology and behavior
- Science based evidence - nervous system
- Emotions
- Prefrontal cortex
The fear response arises out of the emotional system which impacts directly on the motor system called the limbic system.
The limbic motor system translates thought, sensation and emotion into movement.
In research, the ‘limbic motor system’ refers to the limbic system impacting on the motor system - that is, when the body translates thought, sensation and emotion into movement.
Fear is a neurophysiological reaction (innate and controlled by the nervous system) to a perceived threat. The horse’s survival relies on his own ability to sense and flee from a predator in a fraction of a second as a way to gain some advantage over the planned attack from that predator.
The limbic system is the part of the brain involved in emotional and behavioral responses, especially when it comes to behaviors for survival, feeding, caring for young, and fight and flight responses.
The limbic system is made up of several structures including the amygdala, thalamus, hippocampus, hypothalamus and cingulate cortex.
Meet the amygdala
The amygdala is the emotion centre of the brain, while the hippocampus plays an essential role in the formation of new memories about past experiences. The emotional area coupled with the recall of an incident can lead to a jumpy horse.
The amygdala is associated with emotional processing and is the fear generation centre in an animal’s emotions.
Although the prefrontal cortex (the planning and rational decision-making portion of the brain) is smaller in the horse than a human, the amygdala (the emotional and fear centre within the brain) is proportionally larger when anatomically compared with other brain structures and other species.
It would be feasible to assume that because these special senses are fast and hard-wired to the emotional system and transmitted to the leg muscles, the horse could spook when aroused by unknown scary stimulus coming from the rider.
This may be in the form of somato-sensory input (sense of touch) as the rider tenses and applies pressure to the horse (which can be interpreted as potential danger), or when the rider focuses on an object that has presented problems in the past, such as a fence line where dogs have previously ran-to barking aggressively and spooking the horse and rider.
What you need to know about spooky horses…
- The shorter fear response route is faster to react than the longer, rational thinking route.
- Horses are a large flight animal with an anatomically large amygdala that has shortcut circuits from the special senses that alert the emotional system of any imminent or perceived threat of an attack by a predator.
- The limbic system can engage the motor system before the prefrontal cortex has evaluated the threat.
2 ways we can turn a spooky horse into a thinking, calm, safe horse
- Develop a strong and connected relationship first
- Brain games. This is where you develop your horse’s prefrontal cortex (the planning and rational decision-making portion of the brain), teaching them to self-regulate their nervous system, switching from the sympathetic state (instincts) to the parasympathetic state
If you would like to learn more about how, I offer a step-by-step guide in both my Spirituality of Horsemanship Course and MasteryMembership Program. Please click here for details www.taoofhorsemanship.com

Пікірлер: 15
@andreabenfell5580
@andreabenfell5580 3 жыл бұрын
Awesome as usual. Thankyou. Strange ,when I work with my boy now I seem to know what to do somehow and it is working ,oh wow is it working.
@TaoofHorsemanship
@TaoofHorsemanship 3 жыл бұрын
Hi Andrea and Welcome! Great to hear how it's working!
@Rebecca372
@Rebecca372 3 жыл бұрын
Wow! This is amazing!! I love all your horses!! I also really love your method!! How do u know he isn't going to hurt you randomly?
@TaoofHorsemanship
@TaoofHorsemanship 3 жыл бұрын
Hi Rivka Stengel, Welcome. That is a great question to ask Caroline. You can email her at Caroline@taoofhorsemanship.com. XX Sabrina
@TaoofHorsemanship
@TaoofHorsemanship 3 жыл бұрын
Hi Rivka and Welcome! This is Caroline. I try to respond to my KZfaq questions every week. Great to hear how well my method resonates with you! Great question and a complicated one. I believe the first answer to your question is about being attuned to your surroundings and intention of the horse. Then it's about knowing your horse's personality and behaviors. Third would be knowing the horse's level of relationship with you and training, education.
@Rebecca372
@Rebecca372 3 жыл бұрын
Thank u so much! You really inspire me! If your horse is really scared though, then won't he hurt you without realizing and wanting to?
@treespiritconsulting
@treespiritconsulting 3 жыл бұрын
Dang, that boy gave a hellava reactionary hind end kick! Around 1:18. That’s his “go to” I suppose? He’s the type of youngster that would get beaten into submission by others. Thank you for showing a better way.
@TaoofHorsemanship
@TaoofHorsemanship 3 жыл бұрын
@@treespiritconsulting Yes! Kicking out sideways is his "go to" for when he is scared, frustrated, defensive. He is so smart and expressive. His kicking tells me he feels deeply about things and it's also an area I watch out for as he learns how to handle his emotions. In time, as he matures and develops his emotional agility or self-regulates better, it will go away.
@moniqueprince7845
@moniqueprince7845 3 жыл бұрын
I wish this had sound with it....
@TaoofHorsemanship
@TaoofHorsemanship 3 жыл бұрын
Hi Monique and Welcome! If you go to 5:00, Caroline starts to explain about what you've seen in the first few minutes of the video. I apologize for any confusion. XX Sabrina
@daniel_moretti
@daniel_moretti 9 ай бұрын
I believe the horse brain does not have a prefrontal cortex.
@TaoofHorsemanship
@TaoofHorsemanship 9 ай бұрын
Hi Daniel and Welcome! There is conflicting research about this. I follow the research that supports the fact that equines have a prefrontal cortex. It's just not as evolved as ours.
@daniel_moretti
@daniel_moretti 9 ай бұрын
@@TaoofHorsemanship Thank you. And FWIW, I do believe that even if they don't have a prefrontal cortex, that doesn't mean other areas of the brain aren't fulfilling the same role. They clearly are capable of doing the tasks we ascribe to a prefrontal cortex, just not as well as we do (most of the time, lol). For example, FWIU, crabs don't have a visual cortex but that doesn't mean they can see. Thank you for your reply!
@TaoofHorsemanship
@TaoofHorsemanship 9 ай бұрын
@@daniel_moretti The biggest difference between equine and human brains is the corpus callosum. The two hemispheres in your brain are connected by a thick bundle of nerve fibres called the corpus callosum that ensures both sides of the brain can communicate and send signals to each other. The equines is small so they don't pass info back and forth as well as we do. We can strengthen this area as well as develop their left brain so they use it more, thus think. My method is all about this too.
@daniel_moretti
@daniel_moretti 9 ай бұрын
@@TaoofHorsemanship Thank you!
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