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    General pigeon Info

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    General pigeon Info Empty General pigeon Info

    Post by Guest Thu Jan 29, 2009 11:40 pm

    The domestic pigeon, (Columba livia), which has been bred for various purposes for three thousand years or more. It's descended from a cliff dwelling Eurasian species (the rock dove or rock pigeon) with many close relatives, the closest of which is likely the stock dove (Columba oenas).Various forms of the domestic pigeon exist. Some are bred for their flying abilities. These include tumbling or rolling (somersaulting in the air), diving (coming down from extreme heights at high rates of speed and this diving may or may not be combined with aerobatic maneuvers); and homing (returning at sustained speeds of 45-50 mph to the home loft from distances up to 600 miles). Others are bred for their voice (Trumpeters and Laughers), their great beauty, their feather ornaments or uniqueness. The Fantail, Jacobin, Wing Pigeons and Swallows, as well as the various Color Pigeons stand not only as testaments to the breeder's art, but also as full-fledged contributions to humanity's love of beauty.
    While all domestic pigeons are edible, most of today's show forms are seldom bred for food. However, pigeons are still bred for the table and such birds (Squabbing Pigeons) are normally much bigger than most show or flying breeds. These birds are bred for rapidity of production and size of dressed squab. The largest domestic breed, the Runt or Roman pigeon may reach weights of up to 3-5 lb. (1.5-2.25 kg) and have a three foot (1 meter) wing span. It is seldom bred in its pure state for squabbing purposes. It has become more a show bird. The most common squabbing breeds are the Texan, an auto-sexed breed,( i.e., a breed in which sex can be determined at hatched because of the different colors of the cock and hen as a result of the action of Faded, an allele of Almond.) the Utility King and the Utility Carneau (car-no). Anyone interested in further information on utility breeds may want to check out Wendell Levi's books, The Pigeon and Making Pigeons Pay.



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    Basic pigments/Colors

    The basic pattern of Columba livia in its wild type and domestic form is "blue bar". This is a subtle intermix of the pigment, melanin, which produces dove gray and black. A green/purple iridescence caused by the structure of the feather, itself, is seen on the neck and chest front. Males tend to show more of this iridescence than females, but the difference is sometimes subtle. The blue bar pattern gets its name from two black bars which cross the wing toward the back. There is also a sub-terminal tail bar about a quarter inch (6 mm) from the end of the tail. Personally, I find the blue bar pigeon so attractive that I'm sure if pigeons weren't so ubiquitous that birders would count themselves lucky to catch a glimpse of such a beautiful creature.

    Another very common pattern is checker (chequer, check). This is similar to the blue bar pattern but also has many little black marks across the entire wing shield. Checker exists in a few different alleles (alternatives) and may range from light to T-Patter (a very dark check which almost totally covers the light blue of the shield.) Barless, a pattern with no black bars or checks across the wingshield, is rare and found mainly in breeds of Central European ancestry. Each of these three patterns may also be found in the other two pigment series which the domestic pigeon has. The other series are Ash-red and brown. Birds are normally designated by both their color and pattern, e.g., a red bar; brown check, dark blue check, etc. Because the history of the pigeon encompasses many lands and even more centuries, breed traditions sometimes dictate a difference in color/pattern names. A red bar pigeon with some white on its head is often called a silver (or mealy) pied by a racing homer breeder but the same colored bird would be known as a silver badge by a Birmingham roller breeder. Because of this, in these articles, I will be using the genetic designations of color, pigment and pattern and explaining their usage as I go.

    Other common colors include white, black, recessive red, pied, splash, grizzle, as well as fantastic and subtle colorations produced by many modifying mutations. These mutations, coupled with the selection of three millennia of breeders worldwide, have produced birds which in pattern, color, feather ornaments, body type and behavior could easily be mistaken for wild species. Some types are so unique that most people don't even realize they're looking at pigeons when they first see them. .



    Question: How to tell males from females? Answer: It's a harder question than you know. Trouble is, it's fairly easy to spot sex differences in homer or roller type birds and a lot harder in some of the fancy show breeds - Basic differences are size; cocks are usually a bit larger and more robust; hens a bit finer, especially in the head. Best differences are behavioral or, occasionally, color, e.g., an ash-red (brick red) bird with any black flecking in the ashy color of the wings or tail is invariably a male. Birds without such black flecking may be either, but about 70% will be female just because of the breeding practices of most guys. Behavioral differences are easy to note once you've gotten to know your birds. Cocks strut, coo and spread their tail into a full half moon shape and often turn a full circle when they do; females will swell their crops with some air but usually stand at a more upright angle (45 degrees or so) when they do it, as opposed to the cock who almost bows to the floor. In a mated pair, cocks sit on the nest from about 10 am to 5 pm; hens the rest of the time. Cocks drink by sticking their beak in the water almost up to their eyes and gulping; hens - except when desperately thirsty ususally tend to drink by sticking on the first half of their beak in the water and almost sip it, as opposed to the cock's gulp.


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    Breeding & Incubation

    The domestic pigeon normally reaches sexual maturity at about five to six months of age. Depending on the local temperatures and food supply, they may breed all year round. Many fanciers, however, prevent them from breeding continuously -- either by separating the sexes, or by letting mated pairs sit on wooden (dummy) eggs.

    Once mated, the male (cock) will begin to hunt for a suitable place to make a nest and rear young. Domestic pigeons do not nest in trees as do many other doves. They are descendants of a cliff dwelling species and prefer their nest to be on a solid surface. Most fanciers (breeders) also provide a nest bowl and some nesting materials (pine needles, tobacco stems, etc.) for the birds to use. The nest bowl helps to ensure that the eggs do not roll out from under the pair and chill.

    Both male and female take part in the incubation and rearing of the young. Females lay their first egg about 10 days after mating, usually in the late afternoon or early evening. A second egg is laid about 44 hours later. Two eggs is the normal clutch size. Incubation commences with the laying of the second egg. The male (cock) bird usually broods from about 10 a.m. until 5 p.m., the female (hen) the rest of the time. Hatching normally occurs 18 days from start of incubation. Youngsters are fed by both parents -- and here is where pigeons/doves are unique. The parents need not even leave the nest to hunt down insects, etc., as do many other genera or species. Instead, they feed their young on a glandular crop secretion called "pigeon milk". It is not actually milk, and there is no lactose in it, but its production is stimulated by prolactin, the same hormone which stimulates milk production in mammals. Pigeon milk looks more like a cream-colored cottage cheese and is a high protein food which is fed to the youngsters from hatching till about ten days old when regurgitated grain and grit replace it as the major food source. Domestic pigeons usually have a seamless aluminum identity band placed on their leg at about ten days of age. This band is coded with year of hatch, club identification and a number. Youngsters fledge at about 35 days. However, when the young are about eighteen days old, the parents will often commence to re nest. It is not uncommon for one round of youngsters to be fledging at the same time that next are hatching.


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    Food/Housing

    Pigeons are grain eaters. Most feed stores stock an adequate mix for them. Depending upon the time of year and whether breeding youngsters or not, the birds usually get a mix which ranges between 12% and 17% protein. Protein percentages higher than that for long periods of time often lead to gout or other problems for the birds. Pigeons also need a mineral grit mixture (chicken grit is not suitable for pigeons). This grit mixture, too, can be purchased at most feed stores. Pigeons also need clean water daily. All three items are usually fed separately. Pigeons appreciate green food: romaine lettuce, etc., but this is not necessary and millions of birds have been reared without it. It is essential that every effort is made to keep the water, feed and grit clean with no contamination allowed. If this is done, pigeons are extremely hardy animals. If not, the breeder is leaving his stock open to various bacteriological and parasitic infections. But then, this is just common sense. Unless you're a dung beetle larva, the idea of fecal pellets for breakfast is not particularly appealing.

    The most important requirement as to pigeon housing is that the interior always be kept dry. Dampness brings disease. Pigeons are not ducks. Accommodations for pigeons range from luxurious racing lofts which costs £1000's to converted tool sheds. So long as feed is kept clean and the interior dry, each houses the birds just fine.
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    General pigeon Info Empty Re: General pigeon Info

    Post by administrator Fri Feb 06, 2009 9:46 pm

    hope this helps some


    INFO

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    PIGEONS



    There are many factors in producing top quality, winning birds.
    Careful breeding & selection, skilful training, & hygienic loft maintenance, are all important.
    Good quality food from a reliable source is essential.

    Johnston & Jeff have at least 21 different pigeon-corn mixtures in stock at all times, enabling us to cover all aspects of pigeon racing: sprint to middle and long distance, using both traditional and widowhood racing methods.

    Our long time liaison with local farmers means that pulses grown in this country are of the highest quality, even before they are further enhanced by our grading procedures. Numerous other formulations are also on our bill ofmaterials for customer's own specifications.

    As well as manufacturing our own range of mixtures we also supply straights to fine tune dietary requirements and we are also main agents for Versele Laga, Bosmolen mixtures as well as the Colombine and the Versele Laga supplements.



    PIGEON CORNS

    JJ Mixtures
    Mixtures with Tic Beans

    Marathon
    Specifically designed for long distance racing, this mixture contains a high proportion of pulses for muscle building and increasing stamina potential. Contains: 50% Maple Peas, 40% Tic Beans with Tares, Buckwheat and White Dari
    Trojan
    Formulated as above for middle and long distances but it contains Maize for carbohydrate loading. Contains: 50% Maple Peas, 20% Maize, 20% Beans with Tares, Buckwheat and White Dari.

    York Pigeon Corn
    One of our most popular mixtures for traditional racing methods.
    Contains: 70% Tic Beans, 20% Maize with Maple Peas, Red Dari and Tares.
    Park Pigeon Corn
    A traditional stock mix named after a building that Johnston & Jeff owned in the late 1800's. Contains: 30% Wheat, 20% Maize, 25% Maple Peas, 25% Tic Beans.

    Breeders Pigeon Blend
    Designed specifically to provide the right nutrients for the breeding season. Contains: 32.5% Mixed Pulses, 15% Maize together with Tic Beans, Red Dari, Tares, Safflower, White Dari.
    Universal HP
    One of our most popular mixtures. Contains high protein for good muscle growth. Contains: 40% Mixed Pulses, 20% Wheat together with Maize, Tic Beans and Safflowerseed.

    Imperial Plus with Maize
    This is one of the original mixtures formulated by Harkers, which we still retain. Contains: 22.5% Maple Peas, 22.5% Whole Maize, 20% Wheat with Tic Beans, Safflowerseed, Red Dari, Tares and Yellow Peas.
    Moulting Mixture
    Specifically formulated for the Moulting period to give the necessary nutrients required for feather replacement. High in oils. Contains: 30% Maize together with Yellow Peas, Blue Peas, Tares, Wheat, Barley, Red Dari, Linseed, Safflowerseed, Maples Peas and Tic Beans.

    General Economy
    Carefully formulated to balance the nutritional requirements of stock birds whilst providing value for money for quantity and energy supplied. Contains: 35% Maize with Wheat, Red Dari, Yellow Peas, Blue Peas, White Dari, Maple Peas and Tic Beans.



    Straights & Nutritional Comments

    Maize
    The several types of maize don't give much feeding value in difference with the main differences being mostly in outlook and the vitamin percentages. Maize contains many digestible carbohydrates, little raw cellulose and an awful lot of fat.

    Peas
    Peas are the protein carrier to the corn mixture and they have a very high feeding value and are easily digestible by the bird. Difference in protein percentage can differ from type to type. Those used by Johnston & Jeff offers consistency of percentage. We do not use cheaper peas like the Canadian trapper peas where the difference in protein content may be 10% lower than those that come from New Zealand.

    Beans
    The same feeding value as Peas but on average have a little more protein and fat. The Tic Bean is an ideal breeding food for young pigeons.

    Wheat
    The wheat used in our mixtures is grown by a farmer just outside of Hull and the wheat bought is of biscuit quality. This means that it has a high percentage of protein and a lower percentage of fat then maize.
    New crop wheat is always used for the Moulting mixture as new crop wheat contains a lot of sulphur which is an ideal moulting stimulant.

    Tares
    These are actually a pulse and are very high in protein and therefore are only used sparingly in mixtures.

    Safflowerseed
    Is rich in good digestible proteins and oils, phosphor and vitamins. This is why they are very useful in moulting and racing mixtures but their own problem is lack of Vitamin E content.

    White Dari
    It is very sweet for pigeons to eat but contains very little fat and very little protein. It is therefore, an ideal grain to put in to depurative mixtures or as a supplementary regulator to prevent a mixture becoming too heavy to digest.

    Red Dari (Milo)
    Very similar to White Dari in that it contains very little fat and only around 7.6% protein so prevents the fattening of pigeons.

    Naked Oats
    Very highly digestible food offering reasonable amounts of protein and extremely digestible fats.

    Barley
    This contains a lot of raw cellulose, little fat and little digestible protein. This is the ideal cereal for depurative mixtures and overweight pigeons can be brought in to condition again with barley.

    Buckwheat
    Contains an awful lot of raw cellulose but less fat than that of oats and the protein is a higher biological feeding value than most of the cereals. To be used sparingly in mixtures.

    Linseed
    Linseed contains a lot of fat and proteins; it is also a laxative and gives a shine to feathers. Hence its use in moulting mixtures and depurative mixtures. It must be used sparingly due to its properties.



    ANALYSIS OF THE GRAINS (FEEDING VALUE) IN %

    Grains
    Dry Material
    Raw Protein
    Raw Fat
    Raw Cell
    Ash
    Dig Protein

    Barley
    89.0
    11.5
    1.9
    5.0
    2.5
    8.6

    Buckwheat
    88.0
    11.0
    2.5
    11.0
    2.1
    7.6

    Maize (Yellow)
    88.0
    8.9
    3.5
    2.9
    1.5
    5.8

    Millet
    90.0
    11.5
    3.6
    6.5
    3.2
    7.0

    Oats
    90.0
    11.0
    4.0
    10.5
    4.0
    8.8

    Rice
    89.0
    7.3
    1.7
    10.0
    4.5
    5.9

    Sorghum/Milo
    88.8
    11.0
    2.8
    2.0
    1.7
    6.3

    Wheat (Hard)
    88.0
    13.5
    1.9
    3.0
    2.0
    10.9

    Wheat (Soft)
    86.0
    10.8
    1.7
    2.8
    2.0
    8.5

    Rye
    88.0
    9.5
    1.6
    2.0
    2.0
    6.6

    Pulses

    Peas (Average)
    91.0
    22.0
    1.0
    6.0
    2.8
    17.0

    Beans (Tib-b)
    89.0
    25.7
    1.4
    6.8
    6.0
    21.6

    Brewers Yeast

    (Dried)
    93.0
    45.0
    0.4
    1.5
    6.5
    41.6

    Vetches
    90.7
    29.6
    0.8
    5.7
    3.1
    24.0

    Lentils
    86.0
    25.5
    2.0
    3.0
    3.0
    22.7

    Lupins
    88.9
    39.8
    4.9
    14.0
    4.5
    35.4

    Oil Seeds

    Soya Beans
    90.0
    38.0
    18.0
    5.0
    4.6
    33.7

    Sunflower Pips
    95.5
    27.7
    41.4
    6.3
    3.8
    25.2

    Linseed
    93.8
    24.0
    35.9
    6.3
    3.6
    21.8

    Hempseed
    90.0
    17.9
    32.3
    14.8
    4.2
    13.4

    Black Rape/

    Rapeseed
    90.5
    20.4
    43.6
    6.6
    4.2
    17.3

    Sesame Seed
    92.0
    22.3
    42.9
    10.3
    5.6
    20.3

    Others

    Carrot (Fresh)
    8.0
    1.3
    0.2
    1.2
    1.2
    0.8

    Seaweed
    37.2
    8.3
    2.7
    6.2
    17.5
    4.2

    Wheatgerms
    77.9
    26.0
    9.0
    3.3
    5.0
    24.0

    Alpist Seed
    77.1
    14.5
    6.1
    7.1
    5.0
    13.4

    Dari
    73.7
    7.7
    3.3
    3.4
    2.1
    5.1




    AVERAGE PERCENTAGE OF VITAMINS IN GRAINS AND SEEDS

    Grainsort
    Vit A
    Vit B1
    Vit B2
    Choline
    Vit E
    Vit PP
    Pantoth

    Grains
    IE/Kg
    Mg/Kg
    Mg/Kg
    Mg/Kg
    Mg/Kg
    Mg/Kg
    Mg/KG

    Barley
    700
    5.0
    2.0
    1027
    36.0
    57.2
    6.4

    Buckwheat
    Unknown
    3.3
    10.6
    440
    0.0
    18.0
    11.0

    Maize Yellow
    2500
    3.7
    1.1
    440
    22.0
    21.5
    5.7

    Millet
    375
    6.6
    1.6
    789
    0.0
    52.6
    7.4

    Oats
    200
    6.4
    1.6
    1070
    20.0
    18.0
    14.9

    Rice
    0
    2.8
    1.1
    1014
    13.5
    30.3
    11.0

    Sorghum Milo
    0
    3.9
    1.2
    678
    12.2
    42.7
    11.0

    Wheat (Hard)
    150
    5.2
    1.1
    778
    15.5
    56.1
    13.5

    Wheat (Soft)
    150
    4.8
    1.2
    778
    15.6
    48.4
    12.8

    Rye
    150
    2.0
    0.7
    -
    12.5
    7.1
    4.2

    Pulses

    Peas
    Unknown
    1.8
    0.8
    649
    -
    -
    -

    Beans
    0
    5.5
    1.6
    1670
    1.0
    22.4
    2.7

    Beer Yeast
    0
    94.6
    38.5
    4800
    2.2
    479
    114

    Oilseeds

    Soya Beans
    1500
    6.6
    2.64
    2420
    0
    22.0
    15.62

    Sunflower
    Unknown
    2
    -
    1900
    -
    140.0
    7.0

    Linseed
    1500
    2.0
    3.1
    1254
    5.7
    28.3
    12.5

    Hemp
    -
    1.3
    -
    -
    -
    -
    1.6

    Black Rape
    0
    0.8
    1.9
    3000
    -
    75
    4.6

    Sesame Seed
    1500
    0.8
    1
    -
    -
    -
    1.6


    Analysis Not Made



    NORMAL VITAMIN NECESSITIES OF PIGEONS PER KG FOOD

    Vitamin

    Soft Nestbabies growing up
    Youngsters grown up
    Grown up pigeons
    Competition Pigeons

    Vit A (IE) 11,000
    8,000
    8,000
    11,000

    Vit D3 (IE) 2,200
    2,200
    2.200
    2.200

    Vit D (IE) 15
    15
    20
    30

    Vit K (mg) 2.2
    2.2
    2.2
    2.2

    Vit B1 (mg) 5
    15
    15
    25

    Vit B2 (mg) 4.4
    4.4
    4.4
    6

    Pantothenesour (mg) 15.4
    13.2
    5.5
    20

    Vit PP(mg) 40
    40
    40
    40

    Vit B6 (mg) 4.4
    3.3
    3.3
    5

    Choline (mg) 1,300
    1,000
    1,100
    1,100

    Vit B12 (microgr) 10
    5
    10
    15




    Name Mineral/Spore Percentage in the Food Normal needs of the pigeon Shortages
    (to supply)
    Calcium 0.085%-0.2% 1% 0.8% to 0.9%
    Phosphor 0.38%-0.43% 0.5% 0.07% to 0.12%
    Natrium 0.014% 0.15% to 0.25% 0.14% to 0.24%
    Magnesium 0.13% 0.04% to 0.05% Too Much
    Sulphur 0.06%-0.1% Very Little _____________
    Mangan 18.2%-20mg/Kg 55mg/Kg 35 at 37 mg/kg
    Iron 36-39 mg/kg 75-80mg/Kg 40mg/Kg
    Copper 6.4mg/Kg 11mg/Kg 4.6mg/Kg
    Zinc 11.5-14mg/Kg 50mg/Kg 36 at 39mg/Kg
    Lead _____________ 35mg/Kg 35mg/Kg
    Shortages can be supplies with minerals, grit and pickstones
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    Male
    Number of posts : 420
    Age : 68
    Location : northlanarkshire
    Points : 229
    Registration date : 2008-12-24

    General pigeon Info Empty watching the birds

    Post by administrator Thu Feb 19, 2009 4:14 pm

    What's So Special About Pigeons?
    Read about Project PigeonWatch and Find Out! Project PigeonWatch is run by the Cornell Laboratory of Ornithology at Cornell University in Ithaca, New York. For more information, click here.
    "Pigeons are dumb.
    "They poop on people's heads."
    "They smell."
    That's what some people say about pigeons. In fact, that's what a lot of people say about these birds.

    But did you ever notice that pigeons come in so many colors and feather patterns? Did you ever notice their shiny, rainbow-like neck feathers or their red feet? Did you ever notice the interesting way that pigeons coo and strut?

    The fact is, pigeons are special. They are special because there is such variety in the way they look. Blue Jays all look very much alike, and so do robins and cardinals. But find a flock of pigeons and you will see white ones and gray ones. You will see pigeons with blue-gray feathers and pigeons with red feathers. You will see solid-colored pigeons and speckled pigeons. Look long enough and you will be able to tell them apart, give them names, and get to know their habits.

    Pigeons are special because they can fly very fast. In fact, some can fly 50 miles per hour! Pigeons also have very strong "homing instincts" that help them find their way back from far away. Pigeons make great pets, too. Many people build little houses called "coops" for pigeons in their backyards or on rooftops. They let their pet pigeons fly free because, unlike canaries or parrots, pigeons will come back home.

    There is one other thing that is special about pigeons. This is the fact that bird scientists know less about city pigeons than they do about many other wild birds. It is surprising that such a common bird is such a mystery. But because they are everywhere, scientists seem to have overlooked them.

    Only recently did many scientists realize how interesting pigeons are. They have many questions about them. For example, they want to know why pigeons come in so many colors. They want to know how pigeons choose their mates. These questions are important because the answers will tell us not only about pigeons but about birds in general. The answers also will help us learn more about other wildlife, about our land and skies, and about ourselves as "human animals."

    To answer these questions, bird scientists have designed a research project called Project PigeonWatch. People just like you from all over the world are involved in it. These participants are called PigeonWatchers. PigeonWatchers collect information on their pigeons in their cities. Then they send that information to the scientists, who enter it into computers. They print out maps that show the information by location. These maps show how pigeons are alike and different from place to place.

    Project PigeonWatch could not happen without hundreds of "citizen scientists" like you who collect information from so many different places. Taking part in Project PigeonWatch is important, but it is also easy and fun. Interested in becoming a PigeonWatcher? Read on!


    Curious About Pigeons?
    If you have read this far, you are probably excited about becoming a PigeonWatcher. Maybe you have become a die-hard fan of pigeons! If so, keep reading. This web page contains many more pictures and facts about this special bird.


    What To Expect When Pigeon Watching
    All you need to get started is some curiosity about pigeons! If you have made your flash cards, take them into your neighborhood because they will come in handy. The only other thing you need to remember is that you will be outdoors, so, dress for the weather and wear walking shoes.

    Now you are ready for the information-gathering part of Project PigeonWatch. Scientists call this "data collecting." Go outside to a pigeon "hang-out," which is a place where pigeons gather. You will toss out bird food to attract the pigeons and count all the pigeons. Next, count the number of pigeons of each color morph. If there is time and your pigeons are courting, you may stay to observe courtship behavior. Finally, keep a written record of the information you collected and send it to the scientists.

    Get Ready For Pigeon Watching
    If you have decided to be a PigeonWatcher, you should first observe the birds in your neighborhood. Are there any pigeons near where you live? Find their "hang-outs" and study them for several minutes. Can you see any differences between one pigeon and another? Use colored pencils or crayons to draw a picture of any pigeons you see. You can print out this page and use the drawing below as a template. Fill in the details you observe.

    Second, learn to recognize the different color morphs of pigeons. "Morph" is a word used by bird scientists to describe an inherited physical feature. For birds, an important morph is feather color. Pigeons are polymorphic for feather color. This means that pigeons come in more than one pattern of color.

    Scientists know that long ago, wild pigeons came in only one color morph, blue-black and gray. Then people captured pigeons and bred them. Over time this breeding produced many different color types of pigeons. Today's wild city pigeons are descendants of these captured pigeons. Scientists want to know why wild pigeons still exist in so many colors. Why haven't they become one common color, like they used to be?

    Scientists are trying to learn if different color morphs are more common in different parts of the United States and different areas of the world. Look at a flock of pigeons and count the number of each color morph. You can keep a record of what you find. By observing your flock, you will help scientists learn which color morphs are common in your area. For PigeonWatching, you need to learn the seven main color morphs for pigeons. Check out the pictures of the color morphs that are included in the identification section.

    Third, learn how pigeons behave when they are trying to attract mates. This is called courtship behavior. Scientists want to know whether pigeons choose mates by color. If they do, it might explain why city pigeons continue to exist in so many different colors. Pigeons can mate at any time of year, especially if it is warm outside. During your PigeonWatch, you can observe pigeons courting by studying their behavior. The information you collect will help scientists figure out how courtship is related to color. Pictures of the different courtship appear in a later chapter.

    Finally, practice your pigeon observation skills by making flash cards. You can print out the identification section and cut out the pigeon pictures to make the flash cards. Shuffle the cards and quiz yourself, or get together with another PigeonWatcher to quiz each other. Take your cards with you for a walk in your neighborhood. Look for pigeons and practice observing color types and courtship activity.



    Nifty Bird and Science Words
    Rock Dove:the common name for the original pigeon

    Pigeon Color Morphs
    blue-bar
    This bird has two black or dark gray stripes or "bars" on each light-gray wing. It has a dark-gray body and shiny, rainbow-like neck feathers.
    red-bar
    This bird has two red stripes or "bars" on each light-gray wing. It also has a rusty-red or brown shade to
    its body.
    spread
    This bird has one dark color spread all over its body.
    red
    This bird has a rusty-red or brown shade to its body and light-gray bars on its wings.
    checker
    This bird looks a little like a checkerboard. Its wing feathers have checks of light and dark.
    pied white
    This bird has white as well as other colors on its body. The "pied white flight" has white wing feathers, which are easy to see when the bird is flying.
    pied splash
    The "pied splash" pigeon has one or more spots of white.
    white
    This bird is solid white. This color morph is what some people call a dove of peace.

    Pigeon Questions and Answers
    How big are pigeons?
    From bill to tail, the average pigeon is about 13 inches. Males are bigger than females. The average pigeon weighs a little less than a pound.

    Do pigeons come in more than seven color morphs?
    Yes! There may be as many as 28 different color morphs. Project PigeonWatch only uses seven of the most common morphs, to make counting easier.

    What color are pigeon eyes?
    Adult pigeons have orange or red-orange eyes. Young pigeons under eight months old have brown or gray-brown eyes.

    What color are pigeon legs and feet?
    Many pigeons have red legs and feet but the color can range from pink to gray-black. Their claws are usually gray-black. On red or white pigeons, the claws are sometimes white. Some pigeons wear "stockings," which are feathers that cover their legs and feet.

    How well do pigeons see?
    Pigeons have very good eyes. They can see colors. They also can see ultraviolet light, which human beings cannot see.

    What do pigeons eat?
    Just about anything! Pigeons are not fussy eaters. They have only 37 taste buds, while you have 9,000.

    How do pigeons drink?
    Pigeons suck up water by using their beaks like straws. This is different from most birds. Most birds take sips of water and then throw their heads back to let the water trickle down their throats.

    What sounds do pigeons make?
    Pigeons make lots of different sounds. Their main sound is used by males to attract mates or defend their territories: coo roo-c'too-coo. The call they make from their nest is oh-oo-oor. A pigeon call of alarm is oorhh! Baby pigeons make sounds by snapping their beaks or hissing. After mating, male birds make loud noises by clapping their wings together.

    How do pigeons raise their babies?
    Pigeons make nests of small twigs or stems which the males bring to the females one piece at a time. The nests are usually well-hidden, such as on high ledges, under bridges, or in empty buildings. Pigeons usually lay two white eggs. The parents take turns keeping the eggs warm. Males usually stay on the nest during the day and the females stay on the nest at night. Eggs take about 18 days to hatch. Both parents produce a special milk which they feed, beak to beak, to their young during the first week. Scientists think that once pigeons mate, they stay together for life.

    Do pigeons have any enemies?
    Hawks and other large animal-eating birds (birds of prey) catch and eat pigeons. The Peregrine Falcon is a bird of prey that lives in some cities and feeds on pigeons. In many cities, however, pigeons have no enemies.

    How fast and far can pigeons fly?
    Pigeons can fly 40 to 50 miles per hour. Most city pigeons stay close to home, flying less than 12 miles in a day. However, their wing muscles are strong and they can fly much further if necessary. Some pigeons have traveled 600 miles in a day!

    How long do pigeons live?
    Pigeons can live about five years in the wild. They sometimes live for more than 15 years when raised by people.
    Pigeon Parts

    Pigeon Messengers
    When the first Olympic games were held in Greece in 776 BC, how did people find out who the winners were? Pigeons carried the news! Julius Caesar, the emperor of Rome more than 2,000 years ago, used birds to send messages back home from battle. Pigeons were used as war messengers as recently as in World War II. In fact, until the invention of the telegraph in 1836 and the telephone in 1875, the fastest way to send any kind of news was by pigeon.

    Pigeons are still sometimes used as messengers. For example, medical workers on an island in France put blood samples into the tiny pockets of a vest worn by a pigeon. The pigeon then flies the blood samples to the mainland. In many parts of the world, news photographers use pigeons. When they can't leave their spot or don't want to get caught in traffic, they attach their rolls of film to a pigeon. The pigeon carries the film to a developer in time for the next issue of a newspaper or magazine.

    Nobody knows for sure how pigeons are able to find their way back home from hundreds of miles away. Scientists think that pigeons can detect the Earth's magnetic fields. This means that their brains work like a compass to figure out North, South, East, and West. Scientists also think that pigeons can tell direction by looking at the position of the sun in the sky.

    Pigeons As Rescuers
    Because pigeons have better eyesight than humans, they have been used to help in search-and-rescue missions. Pigeons have been trained to spot the orange life jackets of people lost at sea. The pigeons are carried by helicopter over the ocean. When they spot a life jacket, they peck a keyboard, which sets off a light. Then the helicopter moves closer and more slowly over the waves until the humans are able to see the life jacket.

    The Story of Cher Ami
    In World War I, a pigeon saved the lives of many soldiers in the "Lost Battalion" of New York's 77th Division of the U.S. Army. This pigeon was Cher Ami. His name means "dear friend" in French.

    During a battle in France, the American soldiers found themselves surrounded by the enemy. Then they found themselves being fired on by their own side! They tried sending a message to their fellow troops by pigeon. The first message said, "Many wounded. We cannot evacuate." The pigeon carrying the message was shot down. They sent out a second bird with the message, "Men are suffering. Can support be sent?" That pigeon too was shot down.

    One homing pigeon was left-Cher Ami. His message was, "Our artillery is dropping a barrage on us. For heaven's sake, stop it!" The men of the Lost Battalion saw Cher Ami fly up-and then saw him shot down. Yet soon Cher Ami was airborne again. Hopes soared. Cher Ami's leg was shot off and he was hit by another bullet. Still, this bird kept flying. Cher Ami finally got through. The shooting stopped, and many lives were saved.

    At the end of the war, Cher Ami and more than 40 other pigeons were honored for their brave service. They were well cared for until they died. Today Cher Ami's body can be seen in Washington, D.C. at the Smithsonian Institution.

    Project PigeonWatch
    Cornell Laboratory of Ornithology
    159 Sapsucker Woods Road
    Ithaca, New York 14850
    telephone: 607-254-2427
    email: PigeonWatch@cornell.edu

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