Tag Archives: exercising horses

Side Reins ~ Georgina Roberts

side-reins-3

 

HOW DOES IT WORK

There are different types of side reins but the most common have an elastic insert. They buckle around the girthstrap / onto the appropriate height surgingle ring, and clip onto the bit. They can be fitted higher or lower depending on the frame that the rider is hoping to achieve.

 

WHAT HORSE WOULD BENEFIT FROM IT

A horse that is fidgety or snatchy in the contact. They can pull against the contact but there will only be resistance until they give in to the pressure. It also encourages them so be still and confident in the contact as it is not erratic and stays steady.

 

WHAT HORSE SHOULD IT NOT BE USED ON

A horse that hangs on the contact would be better suited to something more mobile, like the Pessoa rein (see next month of Equilife) as a side-rein will just encourage this. Also unsuitable would be a very physically immature horse lacking in topline – they need more substance before they can sustain a frame, and as the side-rein is primarily to improve connection they would benefit more from something that encourages a greener “long and low frame”, such as the Halsverlenger (or neck elastic).

 

HOW TO FIT IT

Many people who do not like side reins have fitted them too tightly to begin with and the horse has panicked. They should be fitted slightly loosely to begin with that the horse may just get a hint of the contact on the other side, and gradually shortened until the poll is the highest point and the face is on the vertical. A side rein that is also too loose will have no benefit.

 

HOW TO USE IT

(pictures) Ideally the horse should be lunged off of a lunge cavesson, that the horse is purely getting a rein aid from the unemotional and consistent side rein, which will encourage the correct feeling. Remember that just as with riding, the side reins should be completely disconnected intermittently to allow the horse to stretch it’s neck and have a “free walk” to relax before being reconnected. Also remember as with any true connection, it is essential that the horse is active and forward in the work that the energy comes through from behind and ends solidly but lightly in the hand. If the horse is hiding behind the vertical and creates a slack in the side rein, this is an indication that they need to be pushed forward more positively.

 

WHAT TO BE CAUTIOUS OF

Do not apply the side reins too tight to begin with or the horse may panic and rear up on feeling so restrained; horses are claustrophobic by nature and this is their instictive reaction. Also beware letting the horse lean on the side rein, thus becoming dead in the contact. Do not lead horses out of the stable with the side rein on; let them walk freely to the arena and then put them on, so that if they do brace against it you can encourage them forward and into the contact.

What Nutrients Does Your Horse Need?

With respect to weight management, balancing a horse’s diet while meeting its digestible energy requirements is extremely important. However, a horse requires other nutrients that should be considered when looking at the overall feeding program. Any good feeding program will be based on the following principles: Meets the nutrient needs for the animal, maintains a healthy digestive system, offers feeds of the highest quality.

There are several nutrients a horse requires such as water, protein, vitamins, and minerals. Specific amounts for each of these nutrients will depend largely on your horse’s weight and activity level or physiologic status (such as if an animal is growing or lactating).

Nutrient Requirements of Horses at Maintenance

Water

Water is by far the most important nutrient, and is most often overlooked. All horses should have access to fresh, clean water at all times. Without it, colic, dehydration, and even death could result. Horses’ water requirements depend greatly on their physiologic state—as a lactating horse will require significantly more water than a horse at “maintenance.” In general, a 500 kg horse will drink approximately 30–45 liters per day. However, how much horses actually drink will largely depend on diet; for example, a horse at pasture likely won’t drink as much as a horse eating hay because the pastured horse takes in water with each blade of grass.

Protein

Protein’s main function as a nutrient is to provide the building blocks for tissues, muscle, hormones, and enzymes. With respect to equine diets, we often classify protein requirements based on quantity and quality. Quantity refers to grams of protein required in the diet. Most horse owners think in terms of percentage of protein in a given feed, but how much the horse actually gets would depend on how much of that feed it gets. (Example: Feeding 5 kg of a 10% protein diet would give a horse 500 grams of protein [5,000 grams x 0.10]; feeding 2.5 kg of a 20% protein diet would also give a horse 500 grams of protein [2,500 grams x 0.20 = 500 grams].)

Horse owners should consider the total grams of protein intake per day, not the percentage. In addition to being aware of the quantity of protein a horse is getting, being aware of the quality of the protein is equally important. Protein quality refers to the amino acid make up of a feed. Some amino acids can actually be made by the body and are not essential from a dietary standpoint. Amino acids that cannot be produced by the body, such as lysine, are considered essential and must be provided for in the diet.

A high-quality protein should provide these essential amino acids. Good-quality sources of protein include the seed meals (such as linseed or flaxseed meal) and legume (alfalfa) hays. The essential amino acid lysine is of particular importance because of its requirements for growth. Some equine feeds are relatively low in one or more of the key amino acids, with lysine being considered the first limiting amino acid (meaning that if insufficient quantities of lysine are present, the body’s protein synthesis abilities are limited ). Thus, if a horse were easily meeting its protein quantity requirements but wasn’t getting enough lysine, the diet wouldn’t be suitable.

Fats and Carbohydrates

The main nutritional property of fats and carbohydrates is their ability to generate energy through being metabolized. However, specific types of carbohydrates and fats serve additional important functions for the horse. For example, complex carbohydrates such as fiber are extremely important for digestive tract health; the microbial ecosystem is highly sensitive to an insufficiency of fiber.

Furthermore, in humans it is now recognized that some types of fats are essential parts of the diet; namely the omega fatty acid group, including , omega-3 and omega-6. These fats are important for their anti-inflammatory properties and their roles in immune function. Horses also likely benefit from these omega fatty acids and research is ongoing, though these fats are not considered essential nutrients.

Minerals

Equines require several minerals to meet a variety of functional needs, including skeletal integrity and cellular communication. The macro minerals (those needed in relatively high amounts) include calcium, phosphorus, sodium, potassium, chloride, magnesium, and sulfur.

Trace minerals (those needed in relatively small amounts) include cobalt, copper, zinc, selenium, iron, iodine, etc. Horse feeds tend to be variable in many minerals, and as they are usually low in sodium and chloride (salt), it is recommended all horses be offered some kind of salt source, such as a salt block.

Another important point about minerals is the significance of several ratios among these minerals, as the amount of one mineral in the diet may affect the use of another. For example, there should always be more calcium in the diet than phosphorus, ideally in the ratio of approximately 2:1. If this ratio is imbalanced, the horse may not be able to use the calcium in its diet and may develop bone problems.

The only way to know how many minerals are present in your feeds (particularly hay and/or pasture) is to have them analyzed at a local agriculture lab. Most commercially available feeds will have minerals added in quantities to meet the needs of the type of horse the feed is designed for.

Vitamins

Vitamins are classified as water-soluble or fat-soluble. The fat-soluble vitamins (they can dissolve in fat) include A, D, E, and K while the water-soluble vitamins include the B complex (niacin, thiamin, etc.) and vitamin C. The horse is unique with respect to some of its vitamin requirements in that the microbes located within the large intestine have the ability to synthesize the B complex vitamins and vitamin K. The microbes do so in quantities sufficient to meet most horses’ needs such that deficiencies of these vitamins are very rare and even difficult to induce experimentally.

Horses, unlike humans (and fruit bats, primates, or guinea pigs), can synthesize their own vitamin C and therefore generally do not require it in their diet. Vitamin D, synthesized upon the skin’s exposure to sunlight, is found in good amounts in sun-cured forages. Therefore, providing you feed good-quality hay (i.e., not last year’s batch) and your horse gets some outdoor exposure, it should be getting plenty of vitamin D.

Vitamins A and E are found in variable amounts in pasture and hay, with higher amounts found in pasture during the spring months and in hay that hasn’t been stored for too long. Most of the fat-soluble vitamins will degrade over time in stored hay.

http://www.thehorse.com/articles/35663/horse-feeding-basics