Seventy-one per cent of the earth's surface is covered by ocean which contains almost 80%
of the world's phyla–“seascape genomics” is the study of how spatial dependence and …

The marine species usually show high dispersal capabilities accompanied by high levels of
gene flow. On the other hand, many physical barriers distribute along the continental …

Genetic structure within marine species may be driven by local adaptation to their
environment, or alternatively by historical processes, such as geographic isolation. The gulfs …

Signals of natural selection can be quickly eroded in high gene flow systems, curtailing
efforts to understand how and when genetic adaptation occurs in the ocean. This long …

The bioluminescent symbiosis involving the sea urchin cardinalfish Siphamia tubifer and the
luminous bacterium Photobacterium mandapamensis is an emerging vertebrate model for …

Demographics of co‐occurring species can often be diagnosed through population genomic
analyses of single nucleotide polymorphisms (SNPs). These data can define population …

All organisms depend on symbiotic associations with bacteria for their success, yet how
these interspecific interactions influence the population structure, ecology, and evolution of …

Interactions among selection, gene flow, and drift affect the trajectory of adaptive evolution.
In natural populations, the direction and magnitude of these processes can be variable …

Leptocephali of the shallow-water congrid eel Ariosoma balearicum are abundant during
February–April in the Sargasso Sea, and larval and adult meristic data indicates this species …

Overfishing together with [31_TD $ DIFF] uncertainty or lack of recovery are characteristic
challenges to fisheries management [1]. To realistically account for the multiple drivers of …