Ancient genomes reveal over two thousand years of dingo population structure
Souilmi YPapers in this archive, Wasef SPapers in this archive, Williams MPPapers in this archive, Conroy GPapers in this archive, Bar IPapers in this archive, Bover PPapers in this archive, Dann JPapers in this archive, Heiniger HPapers in this archive, Llamas BPapers in this archive, Ogbourne SPapers in this archive, Archer MPapers in this archive, Ballard JWOPapers in this archive, Reed EPapers in this archive, Tobler RPapers in this archive, Koungoulos LPapers in this archive, Walshe KPapers in this archive, Wright JLPapers in this archive, Balme JPapers in this archive, O'Connor SPapers in this archive, Cooper APapers in this archive, Mitchell KJPapers in this archive
Abstract
Dingoes are an iconic element of Australia’s biodiversity, but evidence-based management and conservation of dingoes depend on understanding their origins and population history. In this study, we present genomic data from ancient dingo individuals, providing a window into the early history of dingoes in Australia, prior to the introduction of modern domestic dogs and persecution of dingoes by European colonizers. Our results provide insights into the ancestry and origins of modern dingo populations, including their relationship to New Guinea singing dogs, and represent a valuable resource for future developments in dingo management and conservation. Keywords: ancient DNA, dingo, Oceania, Palaeogenomics, domestication
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