Rarest Dog: Ethiopian Wolves Are Genetically Vulnerable
That places the wolves at greater risk of extinction from disease, or habitat degradation.
In a study published in the journal Animal Conservation, Dada Gottelli of the Zoological Society of London and colleagues in Oxford, UK and Berlin, Germany, quantified the genetic diversity, population structure and patterns of gene flow among 72 wild-living Ethiopian wolves.
The team sampled wolves living within six of the remaining seven remnant populations, as well as from one population at Mount Choke, that has since become extinct.
They found that genetic diversity was relatively high for a species that has declined to fewer than 500 individuals.
That may be because discrete populations of wolves survived in Africa after the last glaciation period, which ended 18,000 years ago, and a number of rare gene types became fixed and maintained in these separate groups.
However, this isolation is now working against the wolves.
Researchers studied gene types at 14 separate locations on the wolf genome. They found that there is now weak gene flow between the Ethiopian wolf groups.
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