Official websites use. Share sensitive information only on official, secure websites. Send correspondence to Eduardo Eizirik. E-mail: eduardo. License information: This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. The puma is an iconic predator that ranges throughout the Americas, occupying diverse habitats.
Previous phylogeographic analyses have revealed that it exhibits moderate levels of genetic structure across its range, with few of the classically recognized subspecies being supported as distinct demographic units. To further investigate the phylogeographic structure and demographic history of pumas we analyzed mtDNA sequences from individuals sampled throughout their range, with emphasis on South America.
Our objectives were to refine the phylogeographic assessment within South America and to investigate the demographic history of pumas using a coalescent approach. Our results extend previous phylogeographic findings, reassessing the delimitation of historical population units in South America and demonstrating that this species experienced a considerable demographic expansion in the Holocene, ca.
Our analyses indicate that this expansion occurred in South America, prior to the hypothesized re-colonization of North America, which was therefore inferred to be even more recent.
The estimated demographic history supports the interpretation that pumas suffered a severe demographic decline in the Late Pleistocene throughout their distribution, followed by population expansion and re-colonization of the range, initiating from South America. Keywords: conservation genetics, mammals, mitochondrial DNA, molecular time estimate, phylogeography. The puma Puma concolor Linnaeus, is a large felid that ranges throughout the Americas, exhibiting the broadest latitudinal distribution of any terrestrial mammal Nowak, Pumas have remarkable dispersal capabilities Maehr et al.
