Pigeons Loft

Water and Honey in Racing pigeon racing pigeon racing Pigeon Feed

Every fancier who wishes to keep up with the modern advances in racing pigeon feed, will make use of glucose-sugar. Glucose - the food for the muscles before the season and after the race, helps the birds to recuperate faster. If the birds are basketed on Friday, then on Wednesday and Thursday add 2 teaspoons full of glucose-sugar to each quart of drinking water. On their return from the race, for one day, add two or three teaspoons full of glucose-sugar to each quart of their drinking water every time your racing Pigeons feed. On the next day, clean the drinkers and serve fresh water. When we use tea, after it has cooled off, you may add some glucose-sugar to it.

Some fanciers use sugar cubes (6 to a quart of water), or crystal sugar, using one tablespoonful to a quart of water.

We prefer glucose as part of their racing pigeon feed because it is easier to use, and with us, it has given the best results.

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It's the time of year when we can light the stove in the evening again. That is the woodstove or the fireplace rather than the central heating system. Cozy, those dancing flames in the living room. In order the light the fireplace first I have to gather some kindling, kindling lights easily and burns quickly. Later we add bigger pieces of hardwood. Sometimes these big pieces of wood don't even fit in the stove. Reluctantly, I put on my coat to go outside and chop and cut these large pieces into smaller ones. When cut to the proper size the will fit into the stove.

Actually our bodies are a type of stove, which keeps us warm. The fire wood can be made up of carbohydrates, proteins, or fats. Above all, carbohydrates are fast acting fuels. They can be compared to the kindling we use to start the fireplace. Carbohydrates are sugars, which originate in large quantities in plants. They are produced during the process of photosynthesis. The bodies of humans or animals can only burn monosacharides. These occur in glucose (grape sugar), fructose (fruit sugar), ribose (sugar made up of 5 carbon atoms) and galactose (made up of glucose and part lactose).

Besides warmth these sugars also provide nourishment for the brain. Without this glucose syrup our beloved Pigeons Loft with three sections. Section 1was fed a normal breeding mix. Section 2 was fed 80% corn and 20% breeding mix. Section 3 was fed 80% peeled rice and peeled barley (pearl barley) + 20% breeding mix. The birds were all exercised together. The Pigeons Loft. The corn Pigeons fly much higher and the "rice and pearl barley" looked like dots in the sky. There were three layers of Pigeons flying at different heights. After half an hour to 45 minutes the "corn" pigeons were flying the highest.

When we switched the breeding mix section over to the "corn mix", we saw that after a few days they were the ones flying the highest after 45 minutes. We kept rotating the feed mixes between sections. The results were always as we have written above. From this we can conclude the following that the energy (fuel) provided by corn becomes available later then the energy out of white rice and peeled barley and that corn apparently is made up of more types of polysaccharides then white rice. Perhaps this explains, why pigeons that are to be sent to longer races, usually have extra corn added to their diets.

Glycogen

All these forms of sugar together are called glycogen. When energy is used in the stove the wood turns black and what is left over is called ash. When the bird uses energy the same type of process takes place. It is called phosphorylyse. The enzyme that catalyzes the phosphorylyse process breaks the Alfa - 1, 4 linkages down. These are the "Kindling" carbohydrates. For this process vitamin B6 is necessary. Glycogen is found in the liver and muscles.

During the races

During heavy exertion humans use up 60% carbohydrates, pigeons are different. The liver produces glycogen in order to keep the body warm. If we feed more glucose and glycogen then the daily needs of the pigeon, then the liver also can manufacture fatty acids from them. The blood transports these fatty acids to the red muscle fibers. A portion of the glycogen is transported by the blood to the white muscle fibers. A pigeon has approximately 15% white muscle fiber and 85% red muscle fiber. That is much more than a chicken that has practically all white muscle fiber. We can find many red muscle fibers in the breast of the pigeon.

If we make sure that just before the contest proportionally a high percentage of glucose is found in the glycogen then the fuel will burn faster. Also the liver will produce more fatty acids. This is the result of a makes sense.

Actually it only provides a small advantage on short races. After 10 minutes the fuel in the white muscle fiber in the breast is used up. The fuel stored in the white muscle fiber (glycogen) is used by the pigeon to reach flying height and speed. After this it uses the fast sugars "kindling" (Alfa- 1, 4 linkages) stored in the blood and liver are used. When the glucose is depleted then the enzymes process the Disaccharides and finally, the Polysaccharides are split and turned into monosacharides.

When "fast sugars" are all used up then the fatty acids that were built up by the excess sugars in the feed, which the liver turned into fatty acids become the fuel supply. Some of these are still present in the blood. They were on way to the red muscle fibers but had not yet been stored there. These will be used first.

After a short period of time the fatty acids stored in the red muscle fibers come into play. After 40 to 60 minutes of flying the pigeon is using the fatty acids stored in the red muscle fibers exclusively. Fats have the advantage of leaving little waste in the blood stream after being burned as fuel, although they burn slower than glycogen. The pigeon can fly fastest (wing beats per minute) on glycogen, but the fatty acids deliver more energy. Fats are 9.2 kilocalories per kilogram whereas carbohydrates are 4.0 kilocalories per kilogram.

The wood box

When the pigeon is using fats as its fuel and a bird of prey comes along then the pigeon will use any available glycogen (Alfa 1, 6 linkages) in order to quickly get away. These are what we could call "kindling" in the wood box. It is ready for use whenever we quickly need to light the stove again.

After the race

The pigeon uses firstly glucose and glycogen (the Alfa 1, 4 linkage), after that the fats. When the bird has used all its fatty acids then it will use any remaining glycogen (the Alfa 1, 6 linkages). When these are depleted then the pigeon will begin to use it "character". That is, it starts to use its own body; it burns its own muscles, the protein. There are many pigeons with little character. These will go down to rest and look for water and food. If they still come home it will be much too late. The "character birds" keep going. Burning protein or muscle is paired with muscle cramps and is very unpleasant for the pigeon. A pigeon that goes through this often will need weeks to recuperate.

Feeding carbohydrate rich food after a race is very important. The pigeon having used all its glycogen has a need to rapidly relight its stove

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Racing Pigeons Loft if you have a pigeon racing pigeon racing Pigeons allows for fanciers to play with different variables to see what makes each individual bird race best. Treating each bird as an individual and keen observation are the two big factors in the Natural System. A fancier who spends time with the birds, discovering what times they are in best form will do the best come race day.

Where does the greatest influence come from when breeding a winning pigeon? Does it come from the sir or the dam? Some pigeon fanciers believe that the winning genes are passed from sir to Son directly, and there are a small amount of fanciers think the opposite and think the winning genes come from the dam. How do we decide? Some fanciers who fly the Widowhood system whereby they only race the cock Pigeons Loft and stay at home not being raced, proving that the widowhood fanciers believe the cock Pigeons carry the winning genes
from son to son. There are fanciers who like to race their hens in the long distance races, when looking at these race results it shows that the hens win more than their fair share of races so this does not support widowhood fanciers way of thinking.

When the cock pigeon and hen pigeon mate the cock and hen produce the same number of cells to produce a fledgling, these cells are called a chromosome, looking at a chromosome under a microscope looks like a small rod these rods carry a number of genes from both the cock and hen. The cock supplies 31 of these cells to its sperm, the hen produces 31 cells to her egg when these two sets of cells unite, 62 cell start to grow and produce a hatching fledgling. There are rare occasions when the hen only produces 30 cells the cell that is not produced is always the sex gene and when this happens the egg hatches and the new fledgling carries the sex genes of the cock pigeon nothing from the hen.

A very important point about sex in Pigeons is that the cock and the hen produce a sex gene via sperm and egg, the fledgling that grows inside the egg with the same amount of cells from the cock and hen will always be a Cock Pigeon. When the hen fails to produce a sex gene or cell, the fledgling will be a Hen pigeon. The term we use for this is sex linkage, all of this information can help us a lot when it comes to breeding and paring up the cock and hen.

Now taking all of this in formation into consideration this must show the sex factors of the sire do not descend in a straight line to the son in fact it would go in a criss-cross direction from sire to daughter then back to grand-children. We now know why in some instances the grandchildren of our best winners surpass their sons in greatness.

Pigeons Loft (home). After awhile they will fly out, sometimes for as much as two hours, then return to their lofts. Fanciers will begin taking them to different locales and releasing them to see how quickly they make it back to their home. This is the basic foundation of pigeon racing. The pigeon racing is a great family hobby to get involved with as well. Kids love pets and helping train these birds for competition can bring a new opportunity for bonding to a family.

We have only touched on the basics of pigeon racing here, but you can get more great information including advanced training tips, cool videos, and a guide to get your own Pigeon Racing business airborne.

It's the time of year when we can light the stove in the evening again. That is the woodstove or the fireplace rather than the central heating system. Cozy, those dancing flames in the living room. In order the light the fireplace first I have to gather some kindling, kindling lights easily and burns quickly. Later we add bigger pieces of hardwood. Sometimes these big pieces of wood don't even fit in the stove. Reluctantly, I put on my coat to go outside and chop and cut these large pieces into smaller ones. When cut to the proper size the will fit into the stove.

Actually our bodies are a type of stove, which keeps us warm. The fire wood can be made up of carbohydrates, proteins, or fats. Above all, carbohydrates are fast acting fuels. They can be compared to the kindling we use to start the fireplace. Carbohydrates are sugars, which originate in large quantities in plants. They are produced during the process of photosynthesis. The bodies of humans or animals can only burn monosacharides. These occur in glucose (grape sugar), fructose (fruit sugar), ribose (sugar made up of 5 carbon atoms) and galactose (made up of glucose and part lactose).

Besides warmth these sugars also provide nourishment for the brain. Without this glucose syrup our beloved Pigeons Loft with three sections. Section 1was fed a normal breeding mix. Section 2 was fed 80% corn and 20% breeding mix. Section 3 was fed 80% peeled rice and peeled barley (pearl barley) + 20% breeding mix. The birds were all exercised together. The Pigeons Loft. The corn Pigeons fly much higher and the "rice and pearl barley" looked like dots in the sky. There were three layers of Pigeons flying at different heights. After half an hour to 45 minutes the "corn" pigeons were flying the highest.

When we switched the breeding mix section over to the "corn mix", we saw that after a few days they were the ones flying the highest after 45 minutes. We kept rotating the feed mixes between sections. The results were always as we have written above. From this we can conclude the following that the energy (fuel) provided by corn becomes available later then the energy out of white rice and peeled barley and that corn apparently is made up of more types of polysaccharides then white rice. Perhaps this explains, why pigeons that are to be sent to longer races, usually have extra corn added to their diets.

Glycogen

All these forms of sugar together are called glycogen. When energy is used in the stove the wood turns black and what is left over is called ash. When the bird uses energy the same type of process takes place. It is called phosphorylyse. The enzyme that catalyzes the phosphorylyse process breaks the Alfa - 1, 4 linkages down. These are the "Kindling" carbohydrates. For this process vitamin B6 is necessary. Glycogen is found in the liver and muscles.

During the races

During heavy exertion humans use up 60% carbohydrates, pigeons are different. The liver produces glycogen in order to keep the body warm. If we feed more glucose and glycogen then the daily needs of the pigeon, then the liver also can manufacture fatty acids from them. The blood transports these fatty acids to the red muscle fibers. A portion of the glycogen is transported by the blood to the white muscle fibers. A pigeon has approximately 15% white muscle fiber and 85% red muscle fiber. That is much more than a chicken that has practically all white muscle fiber. We can find many red muscle fibers in the breast of the pigeon.

If we make sure that just before the contest proportionally a high percentage of glucose is found in the glycogen then the fuel will burn faster. Also the liver will produce more fatty acids. This is the result of a makes sense.

Actually it only provides a small advantage on short races. After 10 minutes the fuel in the white muscle fiber in the breast is used up. The fuel stored in the white muscle fiber (glycogen) is used by the pigeon to reach flying height and speed. After this it uses the fast sugars "kindling" (Alfa- 1, 4 linkages) stored in the blood and liver are used. When the glucose is depleted then the enzymes process the Disaccharides and finally, the Polysaccharides are split and turned into monosacharides.

When "fast sugars" are all used up then the fatty acids that were built up by the excess sugars in the feed, which the liver turned into fatty acids become the fuel supply. Some of these are still present in the blood. They were on way to the red muscle fibers but had not yet been stored there. These will be used first.

After a short period of time the fatty acids stored in the red muscle fibers come into play. After 40 to 60 minutes of flying the pigeon is using the fatty acids stored in the red muscle fibers exclusively. Fats have the advantage of leaving little waste in the blood stream after being burned as fuel, although they burn slower than glycogen. The pigeon can fly fastest (wing beats per minute) on glycogen, but the fatty acids deliver more energy. Fats are 9.2 kilocalories per kilogram whereas carbohydrates are 4.0 kilocalories per kilogram.

The wood box

When the pigeon is using fats as its fuel and a bird of prey comes along then the pigeon will use any available glycogen (Alfa 1, 6 linkages) in order to quickly get away. These are what we could call "kindling" in the wood box. It is ready for use whenever we quickly need to light the stove again.

After the race

The pigeon uses firstly glucose and glycogen (the Alfa 1, 4 linkage), after that the fats. When the bird has used all its fatty acids then it will use any remaining glycogen (the Alfa 1, 6 linkages). When these are depleted then the pigeon will begin to use it "character". That is, it starts to use its own body; it burns its own muscles, the protein. There are many pigeons with little character. These will go down to rest and look for water and food. If they still come home it will be much too late. The "character birds" keep going. Burning protein or muscle is paired with muscle cramps and is very unpleasant for the pigeon. A pigeon that goes through this often will need weeks to recuperate.

Feeding carbohydrate rich food after a race is very important. The pigeon having used all its glycogen has a need to rapidly relight its stove

Training racing Pigeons Loft. This will ensure make them to return to the loft for food and water. This can be followed for the first two to three weeks. Now, you can open the fly pen and let the Pigeons Loft for food and water.

You can start training Pigeons Loft themselves. When you ensure they return to the loft couple of times, increase the distance gradually up to 30, 40 or 50 miles. This is the simplest method to train the pigeon racing pigeon racing Pigeons as it can affect their health. It is wise to start the training the younger ones by taking them out for 2 miles in the beginning and gradually increasing it to 5, 10, 12, 15 and 20 finally. By then, they would have developed good speed and better returning features.

An important features and benefits in training racing Pigeons together is that, you will be able to give them vaccination and can be weaned at the same age. The best time to train them is before 9 AM. Try to vary the training schedules and distances. You should have separate training schedules for birds that fly 20 miles in 2 hours and others that cannot fly better than that. Make sure you feed the birds regularly unlimited until mid afternoon before it's pulled.

Training racing Pigeons is very interesting, especially if you love your pigeons. With proper training and care, pigeons will be able to fly more than 90 miles in an hour with an average speed of 60+ in an hour. Apart from the training, good supplement should be fed in time. For better results, feed natural ingredient and avoid artificial ingredient supplements.

During this time of year in the pigeon racing sport, my focus turns to old birds, especially to their healthcare and to their motivation for racing.

Coccidiosis and canker germs are big, significant health threats that our racing Pigeons Loft and advise you not to overlook your old pigeon racing Pigeons with respiratory antibiotics.

I would like to share with you a product that I get great results from for my breeding pairs and squeakers: Calcium/Vitamin D3 Syrup from the Australian Pigeon Company. It works particularly well when administered along with Pigeon Power. it helps with the overall strength of both the parents and the young. I mix this calcium supplement and Pigeon Power into water at the same time according to directions and give it to my breeders and to the babies they are raising. This is a great thing to do for your racing Pigeons.

What does it take to grow sturdy and capable racing Pigeons Loft, ensure that there is no such thing as a damp area which might change into the breeding place of fungus and bacteria, give your Pigeons Loft. This would be the place which your Pigeons Lofts that are too big and will be too expensive to purchase. While others are small and some are even simply made of scrap materials. For some folks, the loft generally is a small wooden box that is about the dimension of an orange crate.

Take notice that we're not debating on the size or the price of the loft. It is whether or not you feel it is good for your Pigeons Lofts you prefer. A factor to weigh is whether or not it is clean and dry and is safe from any possible predators.

The water, meals, and grit. If the pigeon racing pigeon racing Pigeons is indeed one thing to be engaged with. If you are really into this, you'll be able to learn all of these basics.

One of the things I was told early on in my racing pigeon career was that prevention is better than cure, particularly when it comes to sickness in young birds.

Treating young birds once they have an illness is quite difficult because you have to make sure the disease doesn't spread and to do that you either have to quarantine those that are ill or treat the whole team because it is difficult to know which Pigeons Loft
- Keep the loft clean and dry
-Avoid stress on the Pigeons

And do all the other good things with the food and water and hopefully you'll have a sickness free year but one other thing to try which i have now done for the past 5 years is to treat the water when all of the first round youngsters are out of the nest.

Repeat the process when the second round youngsters join the initial batch as well. There are many products to use to treat them with so make sure you understand what it is you are trying to prevent, but don't wait until the problem happens.

I don't know whether i have just been lucky in the past 5 years because prior to my preventative strategy my young birds always seemed to contract one sort of illness or another, but since I started with the idea of early treating of the water, I have had no problems and my success rate with the young birds has increased dramatically.

I have experimented over the years with different types of nesting material and I have finally settled on simple twigs which can be purchased from local pigeon racing suppliers.

I like to put the twigs in a clean area in the loft or outside as long as it's dry, and to let the birds collect their own and build their own nests. This way the birds make a full contribution and feel happier that they have built their nest in their way.

Some people simply place the twigs into the nest bowl but I don't think the birds are entirely happy unless they have worked and achieved the results they want. If you don't buy the twigs and put them in the loft, you will find that the Pigeons Loft.

Don't clean the nest bowls until the young have been weaned because the build up of twigs and droppings makes for excellent insulation providing warmth and comfort for the young squabs.