Ocean circulation, geological history, geographic distance, and seascape heterogeneity
play an important role in phylogeography of coral‐dependent fishes. Here, we investigate …

Aim To test the influence of historical and contemporary environment in shaping the genetic
diversity of freshwater fauna we contrast genetic structure in two co‐distributed, but …

Migratory movements in response to seasonal resources often influence population
structure and dynamics. Yet in mobile marine predators, population genetic consequences …

Patterns of genetic connectivity can be used to define the geographic boundaries of fishes
and underpin management decisions. This study used a genetic multi-marker approach to …

Both historical and contemporary processes influence the genetic structure of species, but
the relative roles of such processes are still difficult to access. Population genetic studies of …

Genome-wide, single nucleotide polymorphism (SNP) typing can improve the management
of valuable marine species by delineating finer scale population structure compared with …

Exploited marine resources can be managed more effectively when accurate information on
geographic population structure is available. Genetic markers offer a powerful tool for …

Understanding the processes responsible for shaping the spatial genetic patterns of species
is critical for predicting evolutionary dynamics and defining significant evolutionary and/or …

Understanding genetic connectivity is fundamental to the design of marine protected areas
in the service of ecosystem‐scale management. Here we evaluate such trends for a Pacific …

Estimates of connectivity are vital for understanding population dynamics and for the design
of spatial management areas. However, this is still a major challenge in the marine …