It is the light rays from the heat lamp that gives the warmth to the birds. There are three important things that have to be remembered in brooding with heat lamps:
Heat lamps do not warm up the brooder house, but the ray of light does keep the birds warm.
A single heat lamp will accommodate 50 baby chicks. A cluster of four heat lamps will accommodate 325 chicks or 250 turkey poults.
Healthy, well-hatched, vigorous chicks come from good parent stock, free from disease and infection.
Improper environment and unsatisfactory brooding conditions not only affect the chick during the brooding period but the results of these unsatisfactory conditions are apparent throughout the entire life of the bird.
The greatest single cause of chicks losses during the brooder period comes from the birds being exposed to too high a temperature in the brooder room and then getting out away from that high temperature and being chilled. This situation is often brought about due to the fluctuation in the brooded temperature because of the change in the outside temperature.
It is good practice to have ½ sq. ft. per chick in brooder room; ¾ to 1 sq. ft. per turkey.
Litter for the Brooder
It is important that the litter be kept dry. This can be accomplished by providing good ventilation.
Putting the Chicks under Brooder
In order to keep the chicks from getting too far away from the brooder heat, it is necessary to put a circle of cardboard which will serve as a fence around the brooder about two feet away from the edge. This fence should be about 18 inches high.
Each day the circle may be enlarged by a foot or two in diameter on the fifth or sixth day it may be removed entirely so that the chicks can have the run of the room.
If chicks crowd together at the center of the brooder and tend to pile, it is an indication of not enough heat. Increase the temperature slightly until they spread out properly. Be sure to check accuracy of the thermometer.
The Brooder Room
Brooder Temperature Chart
Age | Chicks | Ducks | Poults |
1 day | 90 F. | 90 F. | 95 F. |
1 week | 85 F. | 80 F. | 90 F. |
2 weeks | 80 F. | 75 F. | 85 F. |
3 weeks | 75 F. | 70 F. | 80 F. |
4 weeks | 70 F. | 60F. | 75 F. |
5 weeks | 65 F. | 50 F. | 70 F. |
6 weeks | 60 F. | 40 F. | 60 F. |
7 weeks | 55 F. | 40 F. | 50 F. |
Baby chicks require lots of room for brooding, one half square foot of floor area per chick. They need lots of fresh air. It is advisable to ventilate the brooder room.
If windows are used for ventilation do not be afraid to have the windows open as long as they do not create a strong draft on the floor.
The best way to ventilate a brooder room with windows is to use the type, which hinge at the bottom and tilt into the room towards the ceiling.
To have windows on only one side of the room is not sufficient. There should be openings on both sides of the room so that you get a definite cross movement of air. All air coming into the room should be directed towards the ceiling.
If the room is closed up too tight so that the circulation of air through the room is nil then the moisture may make the litter soggy. The remedy - - remove the wet litter and put down fresh and provide better ventilation in the brooder house.
If it is not possible to obtain satisfactory ventilation through the openings provided in the room it may be necessary to install a forced ventilator system. This will provide a continuous and constant flow of air through the room and will not create a floor draft.
The floor under the brooder should be of sufficient thickness to conserve the heat given off by the brooder. Where the floor is up off the ground the space between the floor and the ground should be closed tight to prevent the wind and drafts from cooling the floor too much.
In brooder houses which have only one thickness of board flooring it is advisable to add insulation in order to maintain a proper brooding temperature on the floor.
It is important to have plenty of feed troughs, about one inch of trough length for each bird, and one water fount for about every 80 chicks, more for poults.
Broilers
The raising of heavy meat birds usually leads to leg problems due to the rapid weight gain of the particular breed of chicken. Over the years, this has become a great concern with the chick breeders and as yet, no one solution to this problem has been diagnosed. They have developed a few recommended methods that may help and because of its great importance to the breeders, it is a very active concern for them.
Laying Hens
When mixing light and heavy breeds, it is almost a must that the light breeds (leghorns) be have their beaks trimmed as the heavy breeds are slower feathering and this causes the light breeds to pick on them. Contrary to popular belief, picking is not caused by a lack of any particular type of mineral within their diet; picking is purely an environmental problem such as too much light, too much heat, too crowded, or too much room. It is very important that your birds feel comfortable.
Turkey
Should be confined to a small area the first 14 days, as they are more temperamental than chicks. Food and water should be kept in abundance and in front of them at all times.
Water and Feed Consumption
Below is a table indicating the amount of water consumed and the amount of feed consumed.
DEGREE (F) | WATER CONSUMED | FEED CONSUMED |
50 | 5.1 GAL - 100 Birds/Day | 26.4 LBS - 100 Birds/Day |
60 | 5.2 GAL - 100 Birds/Day | 24.2 LBS - 100 Birds/Day |
70 | 5.3 GAL - 100 Birds/Day | 22.0 LBS - 100 Birds/Day |
80 | 6.7 GAL - 100 Birds/Day | 19.8 LBS - 100 Birds/Day |
90 | 10.4 GAL- 100 Birds/Day | 17.6 LBS - 100 Birds/Day |
REPRINTED FROM SASKATCHEWAN AGRICULTURE VETERINARY SERVICES BRANCH
Most small flock owners couldn't care whether it takes 80 days to grow a roasting chicken or 140 days, as long as the birds survive, are good sized and cost a minimum of cash to raise. As a consequence of this desire to save money, there is a longer growing season, mortality is far too high and in many flocks the results are very disappointing.
Alternate Methods of Feeding
All Commercial Feeds
A chick when hatched has the potential to grow at a particular rate as determined by its breeding. No chick ever attains its maximum potential; because poultrymen never have the best surroundings and the most suitable food. Nevertheless, we can come close to this genetic potential.
A good flock of roasters (cockerels) will weigh 8 lbs live at 80 days, using 18 to 22 lbs of commercial feed. Mortality of only 5% is common. Cash costs for feed in this method may run approximately $2.80 per bird but the bird will be healthy, of good weight and with the fewest losses.
Concentrate Pellets & Whole Grains
In as much as most farmers have suitable grain on their premises, it makes sense to use your own grains. Most commercial roaster growers use a 20% protein starter, 18% grower and a 16% finisher. They would use about 4 lbs of starter, 7 lbs of grower, and 9 lbs of finisher per bird. Using concentrate (38% protein) you would use a total of 7 ¼ lbs of starter and concentrate, and 13 lbs of grain for each bird. For best results, you would likely buy 4 lbs of starter and 3 ¼ lbs of concentrate with 13 lbs of grain. The proportions for the 18% grower would be ¼ concentrate, and for the 16% - 15 lbs of concentrate for every 85 lbs of grain. With using this feeding procedure and good management, you should be able to get nearly the same growth as with all commercial rations. Cash cost for the feed using this method would run approximately $1.40 per bird.
Starter & then Farm Grains
This is the method used by too many small flock operators. The birds get off to a good start with a balanced ration of chick starter, only to be abandoned just as they really get going. With farm grains, grass and scraps they will get about 12 to 13% protein, very little vitamin A, almost no calcium and little usable phosphorous, as well as a shortage of other nutrients. Nutritional diseases, as well as other diseases, will now have an easy time getting established. Because the body health is now weakened, coccidiosis can take a toll, as well as predators; mortality of 20 to 50% is usual. This certainly is not the way that makes sense or cents.
Temperature
The first 48-72 hours of a chick's life is critical
To maximize immunity, performance and liveability the barn floor temperature should be 90 to 92 degrees F / 32 - 34 degrees C. This will create a comfort zone for the chicks. The feeders and waterers should also be in the comfort zone.
Comfortable
At the farm the chicks will be spread out, eating and drinking. The chicks feet will be warm.
Hot
The chick is panting in the bar. A "chirping" distress sound may be heard. Chicks may move away from the heat source and line up along the wall.
Cold
The chicks will be less active. The cold chicks may huddle or "bunch" around the heat source or in the feeder trays. Low temperature chicks have cold feet.
If the chicks feet feel cold to the touch on your cheek then they are too cold. These chicks are struggling and are diverting energy that
should be used for growth and development to maintain body temperature.
Chilling in the first 48 hours of brooding
Chicks do not have the ability to control their body temperature completely until they are 2 weeks old. floor temperature and insulation will mean more to
the chick during this time than the air temperature. The chicks need at least 3-4 inches of Fluffy Dry litter to provide protection from the cold floor.
Feed and Water
Must be within the comfort zone of the chicks. A good crumble, not pellets or mash will encourage uniform distribution of nutrients and give the chicks a good start.
Gases
Carbon dioxide and ammonia, if they are present in the house, tend to sink to the floor, displacing oxygen and this low oxygen level at the floor can cause Ascites.
Chick uniformity is influenced by temperature, access to feed, access to water and air quality. Any time a portion of the flock is forced to struggle to maintain temperature, access feed, water or to breathe - uniformity will suffer.
Manually keeping the chicks spread out (walk the chicks) allows them better access to feed and water.
Remember, temperature is the most important factor for good flock health and liveability. Floor temperature 90° to 92° F / 32° to 34° C.
Before Chicks Arrive
After Chicks Arrive
Feed
Beak Trimming
Brooder setup
B=Brooder stove with hover
F
=Feeders are arranged in spoke-like fashion
W
=Waterers [gallon size]
G
=Chick guard 18 inches high arranged in 4-6 foot diameter circle around
brooder
By Miller Hatcheries
The raising of heavy meat birds can lead to leg problems due to the rapid weight gain of this particular breed of chicken. Over the years, this has become a great concern with the primary breeders and as yet, no one solution to this problem has been diagnosed. We have developed a few recommended methods which may help minimize this problem.
It is very important that your birds feel comfortable.
Chickens and turkeys go off their legs for many reasons, but generally the reasons fail into three areas:
Of all of these, only a few are within the direct control of the small flock owner, but those that are, need to be prevented. In general, follow these rules:
Flocks raised to 9 weeks of age [4 to 5 lbs] will almost, always 3% of the birds with leg problems. Birds raised to heavier weights will likely have a higher percentage, perhaps up to 5 or 6%. If more than this have problems, you should take a good look at your feeding and management, and possibly take some birds into your local veterinarian or laboratory.
The Role of Sanitization & Disinfectants in the Control of Poultry Disease by: DR. WINSTON MOFFATT, SALSBURY LABORATORIES LTD.
Sanitization of cleaning is the establishment of environmental conditions favourable to good health. Procedures used to sanitize a facility would utilize water and detergents or sanitizers to physically remove organic debris and micro organisms. Sanitizing does not kill all organisms but reduces them to safer levels.
Disinfectants are chemical compounds or agents that destroy or kill microbes such as bacteria, viruses, fungi, but not all spore forms of bacteria. Disinfectants possessing a residual activity will help delay repopulating of organisms as long as it remains as a residue.
Benefits of Sanitization & Disinfectants
1. Eliminate certain diseases.
Some microorganisms are very pathogenic and must be eradicated from the premise by thorough cleaning and disinfecting. Examples of such diseases may be avian influenza, velogenic Newcastle disease, infectious laryngotracheitis, and fowl cholera.
2. Reduce certain diseases
Some microorganisms are very resistant to several disinfectants and even though it is desirable to eradicate them, quite often it is only possible to reduce their numbers to safer levels by conducting a thorough sanitation program between flocks. Some examples of these diseases would be the Infectious Bursal disease and the Avian Reovirus group.
3. Reduce stress on birds
A reduction in the exposure of disease-causing organisms to birds reduces the amount of stress placed on the bird resulting in improved performance, improved profitability and reduced medication costs.
Why clean or sanitize our poultry houses?
Studies have shown that under normal conditions, a billion bacteria (excluding viruses) may exist on one square centimetre of floor space. Washing with a sanitizer/detergent and scrubbing, removes most (95%) of the contamination. Reasons for cleaning houses are as follows:
Suggested Cleaning and Disinfecting Program
Cleaning is a very responsible job and should be conducted in a fairly orderly sequence of events.
Notes:
By Miller Hatcheries
Temperature - Temperature - Temperature
Use Proper Feed
Chick Feed for Chicks - Turkey Feed for Turkeys
Heating and Temperature
Days | Temperature |
|
°F | °C | |
1 | 89-91 | 31-33 |
3 | 88-89 | 30-32 |
7 | 86-88 | 30-31 |
8-14 | 80-83 | 27-29 |
15-21 | 75-78 | 24-27 |
22-28 | 72-75 | 22-24 |
29-38 | 68-71 | 20-22 |
39 and on | 65-68 | 19-20 |
** These figures apply to Broilers raised under Industry Standard Conditions **
Water and Feed Consumption
Approximate Water Consumption (Per 100 Broiler Chicks Per Day) |
Approximate Feed Consumption & Live Weights | ||||
Feed Consumption (lbs) | Live Weight (lbs) | ||||
Age (Weeks | Liters | Imperial Gallons | Weekly | Cumulative | End of Week (lbs) |
1 | 3.0 | 0.75 | 32 | 32 | .33 |
2 | 9.0 | 1.98 | 67 | 99 | .87 |
3 | 14.4 | 3.17 | 125 | 224 | 1.73 |
4 | 16.7 | 3.67 | 189 | 413 | 2.85 |
5 | 17.4 | 3.88 | 212 | 625 | 4.10 |
6 | 21.6 | 4.75 | 295 | 920 | 5.33 |
7 | 25.3 | 5.57 | 274 | 1194 | 6.44 |
8 | 28.8 | 6.34 | 219 | 1413 | 7.39 |
9 | 32.3 | 7.14 | 301 | 1714 | 8.16 |