Race Day Concerns—The Effect of Heat and Humidity on the Racing Pigeon

Race Day Concerns—The Effect of Heat and Humidity on the Racing Pigeon

Because racing pigeons do not possess sweat glands, control of their bodies’ heat and hydration is regulated through their air sacs. Cooling occurs during respiration as moisture is evaporated from the lining of the air sacs. As the pigeon uses its moisture, or fluid, to cool itself, the loss of fluid can lead to dehydration. In this article, we’ll discuss the effects of race day heat and humidity and how to keep your racer hydrated.

Dehydration

When the racing pigeon works to keep itself cool, it begins to pant. This panting increases the air flow through the bird’s air sacs, evaporating the moisture and cooling the bird. The resultant loss of moisture can soon lead to dehydration if the bird does not replenish its fluid stores through drinking water.

If there is no water available, the bird can’t replenish its fluid stores, so it can’t cool itself. A condition called “secondary hyperthermia” soon develops. This condition will rapidly lead to death.
 
Signs and Symptoms of Dehydration

The effects of dehydration can be seen when your racing pigeon is even just 5% dehydrated. This level of dehydration can occur within twenty-four hours of 25C (77F) temperatures. When the bird is 5% dehydrated, it becomes quiet and fluffs up. Fluffing is the bird’s attempt to cool itself by raising its feathers away from its body to increase air circulation.

At a dehydration level of 10%, the bird becomes increasingly quiet and even more fluffed.

When dehydration increases to 15%, there is reduced blood flow circulating to the vital organs, including the brain. The racing pigeon’s level of consciousness becomes impaired. There is a risk of death at dehydration levels of 15% and beyond.

Environmental Conditions to Watch For

As a racing pigeon fancier, you need to be watchful on race day for weather conditions that can increase the risk of dehydration in the racing bird.

• Temperatures higher than 25 C (77 F) result in rapid dehydration in the absence of water.
• Low humidity increases the rate of fluid loss as less moisture flows through the air sacs.
• High humidity decreases evaporative cooling, increasing hyperthermia.
• Head winds cause extra exertion which increases the CO level of the blood. This increases the rate of respirations which increases the amount of fluid loss. This, then, leads to dehydration.

Prevention of Hyperthermia and Dehydration

The number one prevention measure you can take to keep your racing pigeon cool and hydrated is to provide water. Offer water from the start of basketing until arrival at the race point the next day. This way you will have a fully hydrated bird at the time of the release.

And provide water upon the bird’s return. The bird will readily drink, especially if there was no water along the race route. Drinking upon return will quickly restore lost fluid, re-establish hydration and cool the bird.

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