Turkeys and peafowl have very different life histories. Their diets are clearly not the same. Turkey food is fine to feed peafowl. You know how good it is when the expunge upwards of thirty percent of it
. Professional feed formulators are in the habit of undertaking exhaustive nutrition trials before putting product on the market. Deer Man perhaps you should do more than give a precursory skim of my post before commenting. Turkey feed is a maintenance diet. UltraKibble is a
.
Yes and its not formulated for peafowl either...........if you note both main ingredients are mostly corm....peafowl are not parrots or catfish either.
Guess you never seen turkey kill and eat those same thing peafowl do.......Oh i forgot this is your super feed that will cure all
Deerman I'll invite you to read what's been written here. Your comments make it clear that you have not, or at least have not comprehended what's been written.
To be clear UltraKibble is formulated for peafowl and a number of other species, which is why it is used so extensively in both zoo and farm settings. There has never been a better product on the market.
Zoos use the food as a maintenance feed for some species and as a supplement for others. Farms use it as a supplement for domestic poultry, saving money and time by cutting down on the amount of feed put out each day- cleaning up less waste in the form of heavy wet droppings.
family.
Many turkeys have been described from fossils. The Meleagrididae are known from the Early Miocene (c. 23 mya) onwards, with the extinct genera
Rhegminornis (Early Miocene of Bell, U.S.) and
Proagriocharis (Kimball Late Miocene/Early Pliocene of Lime Creek, U.S.). The former is probably a basal turkey, the other a more contemporary bird not very similar to known turkeys; both were much smaller birds. A turkey fossil not assignable to genus but similar to Meleagris is known from the Late Miocene of Westmoreland County, Virginia.[8] In the modern genus Meleagris, a considerable number of species have been described, as turkey fossils are robust, fairly often found, and turkeys show much variation among individuals. Many of these supposed fossilized species are now considered junior synonyms. One, the well-documented California Turkey Agriocharis californica,[9] became extinct recently enough to have been hunted by early human settlers[10] and it is believed its demise was due to the combined pressures of climate change at the end of the last glacial period and hunting.[11] The modern species and the California Turkey seem to have diverged approximately one million years ago.
Turkeys known from fossils
* Meleagris sp. (Early Pliocene of Bone Valley, U.S.)
* Meleagris sp. (Late Pliocene of Macasphalt Shell Pit, U.S.)
* Agriocharis californica (Late Pleistocene of SW U.S.) - formerly Parapavo/Pavo
* Agriocharis crassipes (Late Pleistocene of SW North America)
Turkeys have been considered by many authorities to be of their own family, the Meleagrididae but a recent genomic analyses of a retrotransposon marker groups turkeys in the family
Tetraonidae a sister phylum to the family
Phasianidae.
References
Species in the enigmatic Genus
Lerwa ( Snow Partridges) appear to be allied with the extinct genus
Rhegminornis, the earliest North American Turkey species.
Rhegminornis would theoretically have arrived on this continent about the same time the common ancestor of the Musk Ox and Mountain Goat arrived over the Bering Land Bridge.
Tetraophasis
Lophophorus
Species in the Genus
Tetraophasis (Monal Partridges) and
Lophophorus (Monals) may be the closest living relatives of the extinct genera
Proagriocharis and
Parapavo. Their common ancestor evolved into the
Agriocharis lineage, which preceded the modern Turkey tribe.
The Ocellated Turkey shares many similarities with Asiatic Peafowl species of the genus
Pavo. The two are convergent genera.
Though they are only very distantly related, the turkeys and the peafowl are superficially similar . Morphological convergence isn't unique to members of the Gallinaceous bird order.
Civets and Felines are both members of the
Carnivore order. Like the Peafowl and Turkey, the two respective carnivorous mammals belong to well-differentiated families. The Civet and Feline families belong to the suborder
Feliformia . Peafowl and Turkeys belong to the same suborder Gallophasioforma. Similarly,
Musk Ox superficially resemble
Bison but they are related to Goats and Sheep in the subfamily
Caprinae while the Bison is a North American Yak, closely related to cattle. The Musk Ox is an Arctic-adapted "
Goat-Antelope ", living fossils, which predate true goats and sheep. The Bison belongs to the subfamily
Bovinae . Both families belong to the Ungulate order. Members of the
Civet family resemble relatively unrelated members of the Feline family. For instance, the
Fossa - a form of Civet related to the Mongoose and Meerkat resembles superficially the
Jaguarundi a wild cat related to the Mountain Lion and Ocellot.
They are maintained in similar ways within zoological parks, fed similar foods but they are far from identical. There are certain enzymes and fatty acids that Civets require that Felines do not and visa vis.
Pavo has more in common nutritionally and ecologically with the genus
Agriocharis than either have with the North American Wild turkey. This may be largely an issue of latitude - and altitude- Ocellated Turkeys and Pavo Peafowl are subtropical species. They inhabit similar habitats, habitats that have been inhabited by similar, large bodied, at least partially terrestrial Galliform birds since the
Eocene epoch if not earlier. Gallinaceous birds of even what we consider the more modern genera have been around so long, inhabiting the same geographic regions in the same or very similar ecosystems all that time, the more tropical species tend to be fairly fine tuned. They tend to not be as adaptive to new ecosystems as those birds that inhabit regions and ecosystems with more dramatic shifts in weather- greater differences between seasons-. Those ecological generalists like wild turkeys and red junglefowl, Indian peafowl to some extent, Ring Necked Pheasants- these species are adapted to live on foods that are only seasonal available.
Consequently, Ocellated Turkeys have often fared poorly in captivity especially where they have been managed like N.A. Wild or Domestic Turkeys The aviculturists that have the best luck with Agriocharis over the long term ( birds that live longer than two or three years and reproduce consistently with success- low mortality.) supplement their diets with animal protein, fat and antioxidant rich fruit. They do not confine them in dusty enclosures for the winter and are mindful that the birds do not come into contact with food and substrate contaminated with fecal material.
Indian Peafowl are probably the most adaptive of the Peafowl family and this has led to their being the most common in captivity.
I'm not suggesting that everything hobbyists are doing is wrong or unethical. I am suggesting that people recalibrate their husbandry protocols. By making more educated choices the aviculturist and poultier streamlines their efforts; reduces the numbers of birds kept and is still capable of selecting ideal progeny but from a smaller pool of candidates. All this leads to savings in money and energy. Perhaps more importantly, keeping fewer birds cuts down on the potential for disease outbreak. It's quite a lot less inconvenient to clean up after a few dozen birds than hundreds. Tools like UltraKibble help the steward manage flock health by cutting down waste and dust. When used as directed UltraKibble supplement helps end nutritional deficiency and the cycle of disease and infection.