But for those who feel overwhelmed, don't weave in your stall. I am going to summarize everything into a simple plan of how to feed your horse in the coming weeks. I am also turning this into a course for those wanting to dig in deeper or go at a slower pace with some guidance. Stay tuned!
When I enter a feed store for all animals (horses, swine, cattle, goats, sheep, poultry, fish) I see bag after bag of grains, grain byproducts and inflammatory oils. This leaves stacks of hay which is the preserved staple of all equines and ruminants. Poultry should be eating grubs but in stead are fed grain. The fish don’t eat grain except when farm raised where they do.
What Is Hay?[dropcap]H[/dropcap]ay is made of carbohydrates called non-structural carbohydrates (NSC). This is a fancy way of saying starch which is how sugar is stored in plants. This becomes glucose in the gut which is one of the two fuels animals use regularly to produce energy. Hay is also made of structural carbohydrates (SC) which is a fancy way of saying cellulose. The gut bacteria convert this into short chain fatty acids. These become ketones which is one of the two fuels animals use regularly to produce energy. Hay also has protein and other free elements such as minerals and electrolytes. These will be discussed in later blogs.
The ratio of SC to NSC is dependent on many factors such as:
- the time of day the hay is cut.
- if it is baled immediately or left on the ground.
- if the grass grew in shade or directly in the sun.
- if the grass is grown organically or not.
The key point here is that you cannot determine with your eye if the hay has a lot of sugar or does not. The only way to determine the sugar content (NSC) of hay is to have it tested. Every batch of hay you buy will need testing because every truck load and every field it is cut from will be different.
With pasture, you can see that there is a summer productive phase where sugar content will be high and there is a winter dormant phase where the pasture stops growing. This is how it works.
Remember hearing the expression, “The grass grew overnight?” That is because it does. All plants use sunlight to power their factory and gain their fuels from the soil and air. This is the process of photosynthesis. Carbon dioxide is exhaled by you and your horse and contains Carbon and Oxygen. Water has Hydrogen and Oxygen. There you go - C, H and O - the elements needed to make glucose and cellulose. What a cool system! And the exhaust of plants is…. Oxygen used by every mitochondria on the planet to power all animals. The circle of life.
As the sun shines on the plants (grasses and legumes as well as anything else horses will eat) they use photosynthesis to make NSC or starch. This is the fuel they need to grow, reproduce and defend themselves against predators. After the sun sets, photosynthesis stops and the NSC is converted into SC or cellulose. This results in the grass growing overnight. This process repeats until the dormant winter comes and the plants transition into protecting themselves from cold weather and shorter daylight. This is why hay was created. We needed horses to continue to work through the winter and by preserving the summer grass, we were able to keep the horses in good condition for the tasks we had planned for them.
Why Feed Grain To Horses?[dropcap]G[/dropcap]rain was introduced for several logistical reasons. Foremost is that grain is a more dense storage of starch. This made keeping energy easier for long voyages such as across the Atlantic Ocean. Less storage space was needed than with hay. Grain was safer because the chance of fire or dust production from molding hay was less. Today with the surplus of grains in the United States and the high cost of transporting bulk hay, it has become more economical to use grain rather than hay as the energy source for horses. This is even more evident in today’s world where horse owners no longer have pasture enough to sustain their horse or horses.
The economic pressures of owning horses is pushing horse owners into feeding more grain. Lack of pasture, poor quality hay and the rising cost of hay make feeding more grain a logical solution. But the cost in their health is waking owners up to the fact that horses were never meant to eat carbohydrates every day of their lives, especially in a concentrated form. I call this carbohydrate dependency and it is stressing the mitochondria and the insulin systems. In addition, because all grains are soft seeds, they have in the outside skin proteins that are part of the plant’s defense system (lectins - in a later blog). The sole purpose of these proteins is to make the predator (the horse in this case) sick by disrupting the hormone and immune systems. This one - two punch is literally killing horses with disease, lameness and premature death. Yet with all the evidence before us, both the economic pressure and the effectiveness of potent and powerful marketing, grains as a primary feed for horses continues to be fed.
Paying For Left Overs[dropcap]A[/dropcap]nd as usual, there is more bad news. The Wall Street Journal reports business news and one day it had a front page article titled “Awash In Corn, U.S. Imports More” by Jesse Newman and Jacob Bunge.
Say What? Did I read this correctly? The article said that there was a surplus of corn being stored in the United States. Smithfield Farms, the leading pork producer, was looking to save money so they built a port in North Carolina and imported corn from Brazil and Argentina driving it past our stock piles of corn in trucks because this saved money over paying U.S farmers and the railroad to ship it to their stock yards.
Do you think the corn farms threw out the unwanted corn? Nope. Instead they found more markets including ethanol for our cars and feeding us, our pets and our horses.
Speaking of salvaging things, you will be shocked to read the label of almost every bag of food, treats and supplements you give to your horses. The ingredients of almost every bag I read has 1 to 5 grain byproducts: wheat middlings, oat hulls, rice hulls, soy hulls, wheat bran, rice bran, grain distillers byproducts, sugar beet pulp and more. All of these are after production waste they have you pay for to get rid of through your horse. None of these ingredients are found “in the wild.” And do you remember what I said about the lectins and where they are found? That’s right! In the outside of these grains are proteins that affect your horse in bad ways adding to the carbohydrate overload.
Summary[dropcap]T[/dropcap]he only good thing about grain is …. nothing.
Having concentrated carbohydrates available every day, year round is unnatural. It causes strain on the horse’s body systems which take it’s toll on the whole horse. It does this through mitochondrial exhaustion and insulin hormone communication disruption. This results in disease of your horse as well as many unwanted behaviors coming from a horse that just doesn’t feel good.
Just think for a moment. Do horses in the wild have access to grain year round? Do they even have it for more than a week where you live? How about byproducts being available in your pasture? I didn’t think there was any. Then why are we feeding these things when the science is showing that it causes so many problems in both humans, horses and other animals?
Now ask yourself if your horse is doing well on carbohydrate dependency. My point is that carbs may not be bad once in a while and in fact they are necessary and are in all grass in your pasture. It is the year round availability of carbohydrates that is the menace and needs to be stopped if you want to see your horse return to a normal life - the way he has lived for 55 million years without corn, oats, wheat middlings, distillers byproducts, molasses and sugar beet pulp.
Carbohydrate isn’t the only problem in horse nutrition. There are lectins, GMO, pesticides, inflammatory oils, and over supplementation. All to be discussed with the final blog on how you CAN make a difference in your horses.
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