Oceanic islands have played a central role in biogeography and evolutionary biology. Here,
we review molecular studies of the endemic terrestrial fauna of the Hawaiian archipelago …

The Hawaiian archipelago is arguably the world's finest natural laboratory for the study of
evolution and patterns of speciation. Arthropods comprise over 75% of the endemic biota of …

The intent of this series is to publish innovative studies in the field of comparative
evolutionary biology, especially by authors willing to introduce new ideas or to challenge or …

Aim This paper describes known patterns in the distributions and relationships of Hawaiian
freshwater fishes, and compares these patterns with those exhibited by Hawaii's terrestrial …

This study quantifies long–term landscape changes in the Hawaiian archipelago relating to
dispersal, speciation and extinction. Accounting for volcano growth, subsidence and …

Oceanic islands have had an important role in the history of evolutionary biology and are
continuing to serve as crucial sites for evolutionary studies. The Hawaiian Islands and the …

E. Alison Kay and Stephen R. Palumbi compared to terrestrial endemism In this review, we
examine the in the Hawaiian islands. Of 1782 patterns of endemism in Hawaiian marine …

Chris Simon the world, lying 4000 km from the nearest major land mass and 1600 km from
the nearest island groups. Individual islands possess habitats ranging from below sea level …

The current high islands of the Hawaiian archipelago are among the most remote land
masses in the world. They lie 3500 km from California, the nearest continental source, and …

Aim To investigate phylogeographic relationships, genetic connectivity and potential
colonization routes for Hawaii's endemic butterflyfishes (family Chaetodontidae). Location …