Aim To determine which seascape features have shaped the spatial genetic patterns of coral
reef fishes, and to identify common patterns among species related to dispersal traits [egg …

Detecting patterns of spatial genetic structure (SGS) can help identify intrinsic and extrinsic
barriers to gene flow within metapopulations. For marine organisms such as coral reef …

Dispersal of planktonic larvae can create connections between geographically separated
adult populations of benthic marine animals. How geographic context and life history traits …

We studied the genetic diversity of a coral reef fish species to investigate the origin of the
differentiation. A total of 727 Acanthurus triostegus collected from 15 locations throughout …

Abstract Aim The R ed S ea is a biodiversity hotspot characterized by a unique marine fauna
and high endemism. This sea began forming c. 24 million years ago with the separation of …

The relatively recent fields of terrestrial landscape and marine seascape genetics seek to
identify the influence of biophysical habitat features on the spatial genetic structure of …

We utilized a spatial and temporal analyses of genetic structure, supplemented with
ecological and oceanographic analysis, to assess patterns of population connectivity in a …

Marine metapopulations often exhibit subtle population structure that can be difficult to
detect. Given recent advances in high‐throughput sequencing, an emerging question is …

Determining the origin of genetic structure is of wide interest because of its use in stock
discrimination in marine organisms. Schematically, genetic differentiation can result from …

Abstract The Western Indian Ocean harbors one of the world's most diverse marine biota yet
is threatened by exploitation with few conservation measures in place. Primary candidates …