Understanding how geography, oceanography, and climate have ultimately shaped marine
biodiversity requires aligning the distributions of genetic diversity across multiple taxa. Here …

Understanding connectivity remains a fundamental challenge to marine ecology due to
technical limitations of tracking larval dispersal. Marine population genetic analyses are …

The role of dispersal potential on phylogeographic structure, evidenced by the degree of
genetic structure and the presence of coincident genetic and biogeographic breaks, was …

Determining the geographic scale at which to apply ecosystem‐based management (EBM)
has proven to be an obstacle for many marine conservation programs. Generalizations …

This report is a review of 58 studies which have described population genetic structure in 42
different taxa (plants, invertebrates and vertebrates) of New Zealand's coastal marine biota …

Conservation of coastal habitats is a global issue, yet biogenic reefs in temperate regions
have received very little attention. They have a broad geographic distribution and are a key …

The fast expansion of the global seaweed aquaculture industry has created an interest in
translocating seedlings cultivated from wild type brood stock. However, such translocations …

Present‐day phylogeographic patterns have been shaped by the dual histories of lineages
and places, producing a diversity of relationships that may challenge discovery of general …

A pronounced north–south multitaxon genetic discontinuity occurs in central New Zealand
(NZ). Polymorphic microsatellite markers have been used to test the location and structure of …

Holothuria atra is one of the most common and widest ranging tropical, coral reef sea
cucumbers in the world, and here we examine population genetic structure based on …