Pairwise microsatellite RST (above diagonal) and mtDNA control region ΦST distance values (below diagonal) between the six sampling areas. Negative values were adjusted to zero.

Sepúlveda, Maritza; Larissa Rosa de Oliveira; Marcelo C. M. Gehara; Lúcia D. Fraga; Fernando Lopes; Juan Ignacio Túnez; Marcelo H. Cassini; Patricia Majluf; Susana Cárdenas-Alayza; Héctor J. Pavés; Enrique Alberto Crespo; Nestor García; Rocío Loizaga de Castro; A. Rus Hoelzel; Carlos Olavarría; Victor Hugo Valiati; Renato Quiñones; Maria Jose Pérez-Alvarez; Paulo Henrique Ott; Sandro L. Bonatto

doi:10.1371/journal.pone.0179442.t002

Pairwise microsatellite RST (above diagonal) and mtDNA control region ΦST distance values (below diagonal) between the six sampling areas. Negative values were adjusted to zero.

Date Issued

2017-06-27

Author(s)

Sepúlveda, Maritza

Facultad de Ciencias

Larissa Rosa de Oliveira

Marcelo C. M. Gehara

Lúcia D. Fraga

Fernando Lopes

Juan Ignacio Túnez

Marcelo H. Cassini

Patricia Majluf

Susana Cárdenas-Alayza

Héctor J. Pavés

Enrique Alberto Crespo

Nestor García

Rocío Loizaga de Castro

A. Rus Hoelzel

Carlos Olavarría

Victor Hugo Valiati

Renato Quiñones

Maria Jose Pérez-Alvarez

Paulo Henrique Ott

Sandro L. Bonatto

DOI

10.1371/journal.pone.0179442.t002

Abstract

Pairwise microsatellite RST (above diagonal) and mtDNA control region ΦST distance values (below diagonal) between the six sampling areas. Negative values were adjusted to zero.

OCDE Subjects

Medical And Health Sc...

Publication(s)

Ancient Female Philopatry, Asymmetric Male Gene Flow, And Synchronous Population Expansion Support The Influence Of Climatic Oscillations On The Evolution Of South American Sea Lion (Otaria Flavescens)

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Pairwise microsatellite R<sub>ST</sub> (above diagonal) and mtDNA control region Φ<sub>ST</sub> distance values (below diagonal) between the six sampling areas. Negative values were adjusted to zero.