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Public health and safety issues in horse riding will ultimately depend on the interaction between three unrelated brains under a variety of circumstances, ie
The riding instructor can communicate directly with the pupil, however under many circumstances the pupil does not have the necessary skills to effectively communicate with the horse. This often results in accidents because the rider does not have sufficient training or experience to control the unpredictable actions of the horse.
Most people know that feeding grain to horses causes them to have more energy and increase performance, ie "feel their oats" and "heat up". The sugar and starch content in a diet is referred as the Non Structural Carbohydrate (NSC). This is the same as the GI content referred to in human nutrition. There is now considerable information in the scientific press supporting the view that high NSC diets (>11%) can cause horses to "heat up" and become excitable and often unmanageable. The effect of feeding high NSC diets is often displayed clinically as metabolic disorders including obesity, insulin resistance, tying up, lameness and laminitis. The effect of high NSC diets is exacerbated when the level of work or exercise is reduced, which means that the horse is unable to burn off the additional energy.
The aim is to rehome horses that have finished their racing career. These horses are initally unsuitable for riding schools and can potentially cause serious injury to the riders.
Racehorses are bred and trained to win races. Consequently
Most horse feeds traditionally contain high levels of NSC, with some roughage. Attached is the NSC of a range of Australian horse feeds, as analysed by Dairy One in the USA. This shows that the NSC level is as high as 45% in some feeds. These feeds can be fed to horses in active work, however caution must be taken when horses are overfed and underworked.
New developments in equine nutrition have identified the role of high energy, oil based feeds to replace grains. These products such as the natural plant product CoolStance copra meal contain adequate levels of protein, amino acids, energy in the form of oil, and minimal NSC (<11%). These feeds are referred to as sources of Cool Energy, ie they do not cause the horse to "heat up" or become temperamental.
The a major contributing factor to health and safety issues in the riding industry relates to a poor knowledge of the interaction between nutrition and work of horses, especially with the push to rehome OTT horses.. Most horses are overfed with high NSC diets, they are often underworked, and so the overconsumption of sugar and starch creates metabolic byproducts such as lactate which predisposes the horse to temperament changes. These animals are unsuitable for riding schools in such an excitable state. The effect of replacing grain in the diet is to reduce the total NSC intake, and cause a calming effect on the horse.
It is our experience that replacing starch and sugar in horse diets with low NSC, oil based feeds has been the main factor in changing horse behavioural patterns, and making them more tractable. We believe that horses used in riding schools should not be given high NSC diets, and that the energy intake in the diets be maintained by replacing grains with high oil based plant meals such as copra meal. This will provide one means of having some control over the most unpredictable factor in the trio - the horse.
1. Remove all grain from the diet amd feed low NSC feeds such as Coolstance copra
2. Restore the gut microbiome using natural products such as Clean Culture
3. Include calming supplemnts such as Placid Rein, Placid Rein Plus or Equilibrium B1 Cool Mix
4. Access to grazing pasture
