Canid hybrid

hybridscanidcanineDog hybridhybrid speciesList of dog hybridsproduce hybrid offspringwild canids and domestic dogs
Canid hybrids are the result of interbreeding between different species of the canine (dog) family (genus Canis).wikipedia
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Wolf

wolvesgray wolfgrey wolf
lupus familiaris), gray wolf (C.
It is nonetheless closely related enough to smaller Canis species, such as the coyote and golden jackal, to produce fertile hybrids with them.

Dingo

dingoesAustralian dingodingos
lupus), dingo (C.
The wolf-like canids are a group of large carnivores that are genetically closely related because their chromosomes number 78, therefore they can potentially interbreed to produce fertile hybrids.

African golden wolf

African golden wolvesgolden wolvesCanis anthus
Newly proposed members include the red wolf (Canis rufus), eastern wolf (Canis lycaon), and African golden wolf (''C.
It is nonetheless still close enough to the golden jackal to produce hybrid offspring, as indicated through genetic tests on jackals in Israel and a 19th-century captive crossbreeding experiment.

Jackal–dog hybrid

Jackal-dog hybridhybridisation with pariah dogshybridization between wolves and golden jackal
Although hybridization between wolves and golden jackals has never been observed, evidence of such occurrences was discovered through mtDNA analysis on jackals in Bulgaria.
A jackal–dog hybrid is a canid hybrid resulting from a mating between a dog and a golden jackal.

Hybrid (biology)

hybridhybridshybridization
The members of Canis can potentially interbreed.

Canidae

canidcanidscanine
Other members of the wider dog family, the Canidae, such as South American canids, true foxes, bat-eared foxes, or raccoon dogs which diverged seven to ten million years ago, are less closely related to and cannot hybridize with the wolf-like canids because the red fox has 34 metacentric chromosomes and from 0 to 8 small B chromosomes, the raccoon dog has 42 chromosomes, and the fennec fox has 64 chromosomes.

Canis

caninecaninescani-
Canid hybrids are the result of interbreeding between different species of the canine (dog) family (genus Canis).

Chromosome

chromosomeschromosomalChromosomal number
The wolf-like canids are a group of large carnivores that are genetically closely related because their chromosomes number 78.

Dog

Canis lupus familiarisdogsdomestic dog
The members are the dog ''(C.

Coyote

coyotesCanis latranseastern coyote
lupus dingo), coyote (C.

Golden jackal

Indian jackaljackalCanis aureus
latrans), golden jackal (C.

Ethiopian wolf

Ethiopian wolvesCanis simensisAbyssinian wolf
aureus), Ethiopian wolf (C.

Black-backed jackal

jackalBlack-backedC. mesomelas
simensis), black-backed jackal (C.

Side-striped jackal

C. adustusCanis adustusside-striped
mesomelas), side-striped jackal (C.

Dhole

Cuonwild dogwild dogs
adustus), dhole (Cuon alpinus), and African wild dog (Lycaon pictus'').

African wild dog

painted hunting dogAfrican wild dogswild dog
adustus), dhole (Cuon alpinus), and African wild dog (Lycaon pictus'').

Red wolf

red wolvesCanis rufusC. rufus
Newly proposed members include the red wolf (Canis rufus), eastern wolf (Canis lycaon), and African golden wolf (''C.

Eastern wolf

timber wolvesCanis lupus lycaoneastern timber wolf
Newly proposed members include the red wolf (Canis rufus), eastern wolf (Canis lycaon), and African golden wolf (''C.

Karyotype

karyotypingkaryogramFN
As they possess 78 chromosomes, all members of the genus Canis (coyotes, wolves, jackals) are karyologically indistinguishable from each other, and from the dhole and the African hunting dog.

Mitochondrial DNA

mtDNAmitochondrialmitochondrial genome
A study of the maternal mitochondrial DNA of the black-backed jackal could find no evidence of genotypes from the most likely mates - the side-striped jackal nor the golden jackal - indicating that male black-backed jackals had not bred with these.

Genotype

genotypesgenotypicgenotypically
A study of the maternal mitochondrial DNA of the black-backed jackal could find no evidence of genotypes from the most likely mates - the side-striped jackal nor the golden jackal - indicating that male black-backed jackals had not bred with these.

Vulpes

foxestrue foxfox
Other members of the wider dog family, the Canidae, such as South American canids, true foxes, bat-eared foxes, or raccoon dogs which diverged seven to ten million years ago, are less closely related to and cannot hybridize with the wolf-like canids because the red fox has 34 metacentric chromosomes and from 0 to 8 small B chromosomes, the raccoon dog has 42 chromosomes, and the fennec fox has 64 chromosomes.

Bat-eared fox

OtocyonOtocyon megalotisbat eared fox
Other members of the wider dog family, the Canidae, such as South American canids, true foxes, bat-eared foxes, or raccoon dogs which diverged seven to ten million years ago, are less closely related to and cannot hybridize with the wolf-like canids because the red fox has 34 metacentric chromosomes and from 0 to 8 small B chromosomes, the raccoon dog has 42 chromosomes, and the fennec fox has 64 chromosomes.

Raccoon dog

raccoon dogsNyctereutes procyonoidesracoon dog
Other members of the wider dog family, the Canidae, such as South American canids, true foxes, bat-eared foxes, or raccoon dogs which diverged seven to ten million years ago, are less closely related to and cannot hybridize with the wolf-like canids because the red fox has 34 metacentric chromosomes and from 0 to 8 small B chromosomes, the raccoon dog has 42 chromosomes, and the fennec fox has 64 chromosomes.

Red fox

Vulpes vulpesfoxred
Other members of the wider dog family, the Canidae, such as South American canids, true foxes, bat-eared foxes, or raccoon dogs which diverged seven to ten million years ago, are less closely related to and cannot hybridize with the wolf-like canids because the red fox has 34 metacentric chromosomes and from 0 to 8 small B chromosomes, the raccoon dog has 42 chromosomes, and the fennec fox has 64 chromosomes.