White Dove

Successful White Dove breeding begins long before the first egg is laid, with the careful selection of a healthy, compatible breeding pair. Unlike some bird species where pair formation can be forced by simply placing two individuals together, doves are pair-bonding birds with genuine preferences, and a compatible pair produces healthier offspring, parents more effectively, and experiences less stress throughout the breeding cycle. Taking the time to select and introduce potential mates thoughtfully is an investment that pays dividends in every subsequent clutch.

Both the cock and the hen should be in excellent health before being considered for breeding. A pre-breeding veterinary examination is strongly recommended and should include a physical assessment, fecal parasite screening, and ideally blood work to confirm that both birds are free from active disease. Chronic carriers of Trichomonas gallinae, Chlamydia psittaci, or other vertically transmissible pathogens should not be bred unless the infection is fully resolved, as these organisms can be passed to squabs during feeding and cause devastating illness in hatchlings with immature immune systems.

Age and condition matter significantly. White Doves reach sexual maturity as early as four to six months, but breeding birds this young is inadvisable. The hen's skeletal system may not be fully mineralized, increasing the risk of egg binding and calcium depletion, and neither bird has reached the physical maturity needed to sustain the demands of parenthood. A minimum breeding age of nine to twelve months is recommended, and the birds should be in robust body condition with strong, well-feathered plumage, clear eyes, and clean, healthy feet. Obesity and underweight are both contraindications for breeding.

Introducing a potential pair should be done gradually. House the two birds in adjacent cages where they can see, hear, and interact through the bars without physical contact. Over a period of one to two weeks, observe their behavior toward each other. Signs of mutual interest include cooing directed at each other, side-by-side perching along the shared cage wall, and attempts to preen through the bars. Signs of incompatibility include persistent aggression, avoidance, or indifference after a reasonable introduction period. If the birds show positive interest, they can be moved into a shared breeding enclosure and monitored closely for the first several days to ensure the pairing is harmonious.

White Dove courtship is a ritualized behavioral sequence that reinforces the pair bond and prepares both birds physiologically for reproduction. Understanding the normal courtship repertoire helps breeders distinguish between healthy reproductive behavior and signs of stress or aggression, and it provides a window into the strength and stability of the pair bond. A pair that engages in robust, mutual courtship is more likely to incubate reliably and parent effectively than a pair where courtship is one-sided or absent.

The male initiates courtship with a characteristic display known as the bow-coo. He puffs his crop to its fullest extent, lowers his head, and produces a series of deep, rhythmic cooing sounds while turning in a tight circle or advancing toward the hen in a strutting, pigeon-toed gait. The tail is fanned and often held slightly raised. This display serves both to attract the female and to advertise the male's vitality and fitness. A healthy, well-conditioned male will perform the bow-coo frequently and with vigor, often directing it specifically at the hen from a nearby perch or from the floor of the enclosure.

The female's response to courtship ranges from receptive to dismissive, and her behavior provides important feedback about pair compatibility. A receptive hen will remain close to the displaying male, respond with soft cooing, and may crouch slightly with her tail raised, signaling willingness to mate. She may also engage in billing, a behavior in which the two birds touch and overlap their beaks in a gesture that resembles kissing. Billing is both a pair-bonding behavior and a precursor to the regurgitative feeding that the male will later use to feed the hen during incubation. A hen that persistently moves away from the male, flattens herself defensively, or shows signs of fear is not receptive, and the introduction should be reassessed.

Copulation in White Doves is brief, typically lasting only a few seconds, and may occur multiple times per day during the peak of the breeding cycle. The male mounts the female from behind, and both birds balance momentarily with wings spread before the male dismounts. Successful fertilization requires multiple matings, as sperm viability and transfer efficiency vary. Copulation usually begins one to two weeks before the first egg is laid and may continue sporadically throughout the incubation period. The presence of regular mating behavior is a positive indicator of pair bond strength, while its absence after initial pairing may suggest that the birds have not fully bonded.

Providing an appropriate nesting environment is essential for successful White Dove reproduction. Doves are relatively undemanding nest builders compared to many bird species, but they do require a secure, sheltered platform and suitable nesting material to trigger full nesting behavior and to support the eggs and squabs safely through incubation and the early brooding period. A poorly designed or poorly placed nest site can lead to egg abandonment, egg breakage, or the loss of newly hatched squabs.

Nest platforms for White Doves should be flat or slightly concave, approximately six to eight inches in diameter, and positioned in a sheltered location within the breeding enclosure. Commercial dove nest bowls, simple wooden platforms with a raised lip, or even a shallow wicker basket lined with a felt insert can serve effectively. The nest should be mounted at a moderate height, neither on the floor where it is vulnerable to dampness and contamination nor at the very top of the enclosure where it may feel exposed. A partially enclosed location, such as a shelf with an overhang or a corner with side walls, gives the breeding pair the sense of security they prefer.

Nesting material for White Doves typically consists of small twigs, dried grass, pine needles, or commercially available nesting fibers. Doves build relatively sparse, simple nests compared to many passerine species. The male generally collects and delivers nesting material to the female, who arranges it on the platform. Provide a supply of appropriate nesting material in the enclosure and allow the pair to construct the nest at their own pace. Avoid offering cotton fibers, string, or synthetic materials that can entangle toes, legs, or developing squabs.

White Doves typically lay a clutch of two eggs, deposited approximately 24 to 48 hours apart. The eggs are small, smooth, and pure white. The hen usually does not begin full incubation until the second egg is laid, which helps synchronize hatching so that both squabs emerge close together. Note the date the second egg is laid, as this is your reference point for calculating the expected hatch date. Some hens will sit loosely on the first egg to keep it viable without beginning committed incubation, and this is normal behavior.

Egg binding, a condition in which the hen is unable to pass a fully formed egg, is the most serious reproductive emergency in dove breeding. Risk factors include calcium deficiency, first-time laying, cold temperatures, obesity, and poor overall condition. Signs of egg binding include straining, tail bobbing, a fluffed and lethargic posture, and the hen spending prolonged time on the cage floor. Egg binding is a life-threatening emergency that requires immediate veterinary intervention. Keeping the hen well-supplemented with calcium in the weeks leading up to breeding, ensuring a warm environment, and breeding only birds in excellent condition are the primary preventive strategies.

The incubation period for White Dove eggs is approximately 14 to 16 days from the onset of committed sitting, which typically begins after the second egg is laid. Both the cock and the hen share incubation duties in a predictable pattern: the hen generally sits through the night and into the morning, while the cock takes over during the midday and afternoon hours. This shared responsibility is a hallmark of columbid biology and allows each parent time to eat, drink, and exercise during the other's shift. Disrupting this rhythm through excessive disturbance of the nest can lead to incubation failure.

During the incubation period, the breeding pair should be provided with a calm, quiet environment. Minimize handling of the birds and avoid unnecessary activity near the nest. The ambient temperature in the breeding area should be maintained between 65 and 80 degrees Fahrenheit. While the incubating parent provides most of the heat the eggs need through direct contact, extremely cold ambient temperatures force the bird to work harder to maintain egg temperature and can reduce hatch success, particularly if the sitting bird leaves the nest even briefly to eat or drink.

Candling the eggs, which involves holding them against a bright light source to observe the contents, can help determine fertility and embryonic development. Candling is best performed between days five and seven of incubation, when a fertile egg will show visible blood vessel development radiating from the embryo. An infertile egg will appear uniformly clear or show only a faint yolk shadow. Handle eggs with clean, dry hands and limit candling to no more than two or three times during the entire incubation period, as excessive handling increases the risk of contamination or thermal shock. If both eggs are infertile, they can be removed after confirmation, allowing the hen to rest and recover before a potential subsequent clutch.

As the hatch date approaches, usually around day 13 or 14, you may hear faint peeping from inside the eggs if you listen carefully. The squab uses a small, temporary structure on its upper beak called an egg tooth to pip through the shell. The pipping process can take 12 to 24 hours from the first crack to full emergence, and it is essential that the caregiver resist the urge to assist. Premature intervention in the hatching process can rupture blood vessels in the membrane, cause hemorrhage, and kill the squab. Only intervene if more than 36 hours have passed since the initial pip with no further progress, and in that case, consult an avian veterinarian before taking any action.

White Doves are prolific breeders that will readily produce clutch after clutch throughout the year if conditions permit. Left unchecked, this reproductive drive can exhaust the hen, deplete her calcium reserves, compromise her immune system, and significantly shorten her lifespan. Responsible breeding management involves deliberately controlling the number of clutches per year and allowing adequate recovery time between breeding cycles to protect the health of both parent birds.

A widely accepted guideline among experienced dove breeders is to limit production to two to three clutches per year, with a rest period of at least two months between the fledging of one clutch and the laying of the next. During the rest period, separate the pair into adjacent cages where they can maintain their bond through visual and auditory contact without the stimulus of physical proximity that triggers reproductive behavior. Reduce the photoperiod to ten hours of light and fourteen hours of darkness, remove the nest platform and all nesting material, and ensure the hen's diet is rich in calcium and other nutrients needed to replenish her reserves.

Dummy eggs are one of the most effective tools for managing unwanted breeding. When a hen lays eggs outside the planned breeding schedule, replace the real eggs with commercially available plastic or ceramic dummy eggs of similar size and allow the hen to incubate them for the full 16 to 18 days. The hen's instinct to sit on the eggs satisfies her reproductive drive without producing additional squabs, and after the incubation period passes without hatching, she will typically abandon the nest and return to a non-reproductive state. Removing eggs prematurely, by contrast, often triggers the hen to lay a replacement clutch within days, compounding the physiological burden.

The cock bird also benefits from managed breeding frequency. While males do not face the calcium depletion risk that females do, the demands of courtship, incubation shifts, crop milk production, and squab feeding are energetically costly. Males that breed continuously without rest may show weight loss, feather deterioration, and increased susceptibility to illness. A well-rested, well-nourished cock produces more vigorous crop milk, incubates more reliably, and contributes more effectively to chick rearing than one that is reproductively exhausted.

For dove keepers who wish to prevent breeding altogether, permanent separation of the sexes is the most reliable method. Housing same-sex pairs provides the social companionship that doves need without the reproductive stimulus. Be aware, however, that two female doves housed together may both lay infertile eggs, and these should be managed with the dummy-egg protocol described above to prevent chronic laying. Hormonal interventions such as deslorelin implants are available for some bird species but are not commonly used in doves, and their use should be discussed with an avian veterinarian familiar with their application in columbids.

The nutritional demands on breeding White Doves are substantially higher than those of non-breeding adults, and meeting these demands is essential for fertility, successful incubation, healthy squab development, and the long-term health of the parent birds. A breeding diet that is adequate in quantity but deficient in key nutrients can lead to thin-shelled or malformed eggs, poor embryo viability, weak squabs, and a depleted, vulnerable hen.

Calcium is the single most critical nutrient for breeding doves. The formation of an eggshell draws heavily on the hen's calcium stores, and without adequate dietary calcium, the hen will mobilize calcium from her own bones, leading to metabolic bone disease, pathological fractures, and egg binding. Begin increasing calcium supplementation at least two weeks before breeding is initiated. In addition to a permanently available cuttlebone, offer crushed oyster shell mixed into the seed, and consider a liquid calcium supplement added to the drinking water under veterinary guidance. Vitamin D3 is essential for calcium absorption and should be provided through supplementation or through regular exposure to natural sunlight or full-spectrum avian lighting.

Protein requirements increase during the breeding cycle because both parents must produce crop milk to feed their squabs. Crop milk is a protein-rich secretion generated by the crop lining, and its production places significant demands on dietary protein intake. Supplementing the standard seed mix with small amounts of cooked egg, commercial pigeon conditioning pellets, or sprouted legumes provides the additional amino acids needed to support robust crop milk production. Begin offering these protein supplements when eggs are laid, so the parents are nutritionally prepared to begin feeding squabs as soon as they hatch.

The overall diet should be more varied and abundant during the breeding season than during the rest period. Increase the daily seed ration by approximately 25 to 30 percent, and ensure that a full spectrum of vitamins and minerals is available through supplementation. Fresh greens, particularly those rich in vitamin A such as dandelion leaves and romaine lettuce, support immune function and reproductive health. Monitor both birds' weight throughout the breeding cycle, adjusting portions as needed to prevent the weight loss that often accompanies the heavy energy expenditure of incubation and squab rearing.

Hydration is especially important during breeding. The production of crop milk requires substantial water intake, and both parents should have constant access to clean, fresh water. Check water dishes multiple times daily during the squab-rearing period, as consumption increases markedly when the adults are actively feeding young. Dehydration in a breeding dove can reduce crop milk production, compromise squab nutrition, and trigger health problems in the parent bird.

Breeding White Doves carries responsibilities that extend well beyond the mechanics of pairing birds and incubating eggs. Every clutch produced creates living beings that will need appropriate care for a decade or more, and the decision to breed should be made with a clear plan for the placement and welfare of every offspring. The dove community, like all companion animal communities, is best served by breeders who prioritize the health, temperament, and long-term welfare of their birds above production volume or novelty.

Before initiating any breeding program, honestly assess whether there is genuine demand for the offspring. White Doves are among the most commonly bred columbids, and rescue organizations and shelters frequently have doves available for adoption. Breeding without a plan for placing the resulting squabs contributes to the surplus of unwanted birds and increases the burden on already-strained rescue networks. If you intend to keep the offspring yourself, ensure that you have adequate housing, time, and financial resources to care for additional birds for the duration of their lives.

Genetic health should be a primary consideration in any breeding program. Avoid pairing closely related birds, as inbreeding concentrates deleterious recessive genes and reduces the genetic diversity that supports immune function and overall vitality. Maintain accurate records of lineage for all breeding stock, and introduce unrelated birds into the program periodically to maintain genetic breadth. If you are breeding for specific visual traits, do so without compromising structural soundness, health, or temperament. A beautiful bird that suffers from chronic illness or congenital weakness is not a breeding success.

The welfare of the breeding pair must be protected throughout the process. Hens should not be bred continuously without rest, and any bird that shows signs of declining health, stress, or reproductive complications should be retired from breeding immediately and permanently. A responsible breeder treats the parent birds as valued individuals, not as production units, and is willing to sacrifice a potential clutch to protect a bird's long-term health. This ethic of care should extend to the offspring as well, with squabs being raised in clean, appropriate conditions and socialized for their intended placement, whether as companion birds, release doves, or aviary residents.

Finally, consider the broader implications of your breeding decisions. If you breed release doves for weddings or ceremonies, ensure that the birds are properly trained for homing and that the release conditions are safe. White Doves released by inexperienced handlers in unfamiliar territory face almost certain death from predation, exposure, or starvation, as domesticated doves lack the survival skills of wild pigeons. Responsible release dove programs use trained homers and carefully controlled release distances. If you cannot guarantee the safety of released birds, breeding for that purpose is not ethically justifiable.