Authors
Marloes Poortvliet, Gary C Longo, Kimberly Selkoe, Paul H Barber, Crow White, Jennifer E Caselle, Alejandro Perez‐Matus, Steven D Gaines, Giacomo Bernardi
Publication date
2013/11
Journal
Ecology and Evolution
Volume
3
Issue
13
Pages
4558-4571
Description
In the past decade, the study of dispersal of marine organisms has shifted from focusing predominantly on the larval stage to a recent interest in adult movement. Antitropical distributions provide a unique system to assess vagility and dispersal. In this study, we have focused on an antitropical wrasse genus, Semicossyphus, which includes the California sheephead, S. pulcher, and Darwin's sheephead, S. darwini. Using a phylogenetic approach based on mitochondrial and nuclear markers, and a population genetic approach based on mitochondrial control region sequences and 10 microsatellite loci, we compared the phylogenetic relationships of these two species, as well as the population genetic characteristics within S. pulcher. While S. pulcher and S. darwini are found in the temperate eastern Pacific regions of the northern and southern hemispheres, respectively, their genetic divergence was very small …
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