Communities in spatially fragmented deep-sea hydrothermal vents rich in polymetallic
sulfides could soon face major disturbance events due to deep-sea mineral mining, such …

Hydrothermal vents are extreme environments, where abundant communities of copepods
with contrasting life history traits co-exist along hydrothermal gradients. Here, we discuss …

Copepods in the family Dirivultidae are one of the most successful meiofauna in deep-sea
hydrothermal vent fields and are abundant near venting fluid. Although vents are spatially …

Studies of genetic connectivity and population structure in deep-sea chemosynthetic
ecosystems often focus on endosymbiont-hosting species that are directly dependent on …

Although a number of recent studies of marine holoplankton have reported significant
genetic structure among populations, little is currently known about the biological and …

We investigated population genetic structure within and between ocean basins in the
common mesopelagic copepod, Haloptilus longicornis, using the mitochondrial marker …

Hydrothermal vents form archipelagos of ephemeral deep‐sea habitats that raise interesting
questions about the evolution and dynamics of the associated endemic fauna, constantly …

Dirivultid copepods are among the most successful organisms at deep-sea hydrothermal
vents, as this family includes 50 morphologically described species. We studied COI …

Zooplanktonic taxa have a greater number of distinct populations and species than might be
predicted based on their large population sizes and open‐ocean habitat, which lacks …

We report the first comparative population genetics study for vent fauna in the Southern
Ocean using cytochrome C oxidase I and microsatellite markers. Three species are …