Pigeon Farming-Feeding

Pigeons are graminivorous (grain eater), and unlike other forms of poultry, pigeon will not eat mash or green feed, so they are fed a ration of either whole or cracked grains or commercially prepared pellets and supplied with water and/or grit. Some producers feed a high-enrage duck starting ration. When supplemented with iodine, it gives good results. Pigeon may survive on inferior feed for a time, but as the body becomes depleted in essential nutrients, they become weak, show  deficiency symptoms, and pathological conditions appear.

The feeding of grain mixture is a common practice; however, the grains must be of high quality. Yellow corn, field peas,  milo, millet, rice, oats, barley and hemp are all good grains for pigeons. Soybeans are not always good and wheat must be used with great caution. Clean, dry, well handled hard winter wheat is often used to supply not over 20% of total grain mixture. Damaged wheat often causes digestive disturbances.
            They should be fed twice daily- the first thing in the morning and about 2 hr. before sundown. Only enough feed should be offered at each feeding period as will be eaten in one hour. Grains can be offered in an open trough or cafeteria style where the self feeder has individual compartments for each type of grain. If an open trough is used. Since a diets consisting of whole grains is deficient in certain vitamins and minerals, a supplement generally refereed to as “health grit”, must be available to provide these essential nutrients. Supplements containing the B complex vitamins can be added to the drinking water. “ Health grit” is not needed when commercial feeds are used, but it is advisable to offer oyster shell free-choice, along with the commercial feeds. Pigeons also have no gall bladder. The fancier may operate a suitable ration of grains, plus a free choice mineral mixture, similar to the r ration shown in the table 1 & 2.
             A good pigeon feed contains about 13.5-15% protein, 60-70% carbohydrates, 2-5% fat, and less than 5% fibre. With increasing protein contents of the diet pigeons laid more eggs (the difference between 12 and 18% protein being significant), but egg fertility, and hatchability, and survival of squabs decreased, so that squab production per breeding pair did not differ. Average dressed wt. is 70%. Live wt. and dressed carcass wt. of squabs were not affected by protein content of the feed, but meat percentage of the carcass, in particular the breast was higher in squabs fed diet with higher protein percentage. 

Feeding pigeons a high protein pellet with corn, free choice is gaining popularity, although the extra cost of providing the corn to pigeons limits the use of this option. Young pigeons are totally helpless and must be raised by the parents, adults pair bond for life, and pigeon parents produces “crop milk” high in fat, a substance fed to the young during the first few days of life. These three peculiar characteristics further complicate the feeding management of the pigeons.

       Optimum performance and squab production in pigeons can be attain by feeding a single LP (low protein, 16%) diet.  Diets with no supplemental fat would not support squab production, although egg production, egg fertility, and performance of adult birds were not adversely affected by the absence of supplemental fat. A supplemental fat level of 3%, and hence ME of 2900 kcal., was as good as 6% fat level (3100 kcal/kg). A single 15 or 16% protein diet with ME of 2900 kcal/kg is best for squab production. Further more, it appeared beneficial to supplement squabbing pigeon diets with fat. Both animal and vegetable fats resulted in similar responses (Table 2).

 Common Grain Mixtures For Pigeons

 Common grain or seed mixtures are prepared for pigeons. One commonly used is a cafeteria-feeding mixture:

 

Corn                39.5%              Peas     22.7% 

Wheat              19.8%              Milo     18.0%

            A self feeder needs 4-5 compartments. This use of compartments eliminates the most serious criticism of the self-feeder, which is the scattering of grain by the birds in search of some select morsels.

            Cafeteria-feeding is generally considered unadvisable for any kind of air-performing bird. With food before them at all times, these birds are sluggish in performance, slow to trap when desired, and obedience to the breeders wish is nullified. So many pigeon producers prefer feeding twice daily; however, each operator has his reasons for the feeding method employed.

Pellets        

        High-energy duck-starting feed pellets with iodine have been used with success, although some producers feel that a pigeon feed without peas leads to disaster. A pigeon program should be better by feeding pellets rather than individual seeds.

 Force Feeding Squabs

            Force feeding is a very old practice and a proven method of finishing squabs. The labor requirement is great but the carcass finish is excellent. The young squabs, after 10-12 days of age, are put in batteries and fed as follows: ordinary pigeon feed or finishing duck feed is soaked in water for 4 hr and the squab given enough to fill the crop three times per day. A small funnel is often used to intubate the pigeon. Squabs seem to have a high capacity for utilizing feed if it is placed in the crop.

 Watering Of Pigeons

     The pigeon needs water for drinking and bathing. The bath water should be separate. Pigeon should be allowed to bathe 3 times per week, and after completing their bath, the facility should be cleaned and removed form the cage. Some pigeon fanciers have reported that bathing stimulated production.

     Drinking water should be clean, fresh and uncontaminated. A pigeon will die without water, whereas some caged birds may live for a week or longer without it.

Table 1: Example Ration For Pigeon                        Table 2: Experimentally Tested Rations

 

Grain Mix (Whole Grains)

Amount

(lb.)       (kg)

Ingredient and Composition

Diet  1

Diet  2

Yellow grain

35     15.8

Ground corn

62.44

62.39

Grain Sorghum

20      9.1

Soybean meal

12.60

11.38

Cow peas or Field peas

20      9.1

Wheat middling

11.46

14.73

Wheat

15      6.8

Alfalfa meal

3.50

3.50

Oat groats

5        2.3

Egg shell wastes

1.50

1.50

Hempseed

5        2.3

Bone meal

2.00

2.00

Total

100     45.4

DCP

0.50

0.50

  

Vitamin & mineral premix 1

1.00

1.00

Mineral mix

Cellulose

2.00

–

(fed in separate hopper free-choice)

Sunflower oil

3.00

–

Medium sized oyster shells

50     22.7

Animal tallow

–

3.00

Grit (appropriate size)

25     11.3

Calculated composition:

  

Bone meal or DCP

20       9.1

CP, %

15

15

Salt

5         2.3

ME, kcal/kg diet

2900

2900

                                  Total

100    45.4

Calcium, %

1.4

1.4

 

 

Available phosphorous, %

0.45

0.45

1 Vitamin-mineral premix supplied the following per kg. of diet: Vitamin A, 8810 IU; Vitamin D3, 881 ICU; vitamin E, 30 IU; Vitamin B12, 13.2 mg; calcium pentothenate, 8.8 mg; niacin, 22 mg; choline chloride, 440 mg; methionine, 1.5 g; Mn SO4.H2O (75%), 410 mg; ZnO, 45.6 mg; iodized salt, 5g.