Rapid genetic selection is critical for allowing natural populations to adapt to different
thermal environments such as those that occur across intertidal microhabitats with high …

Little is known about when and how planktonic species arise and persist in the open ocean
without apparent dispersal barriers. Pteropods are planktonic snails with thin shells …

Ocean acidification (OA) is a major stressor threatening marine calcifiers, including the
eastern oyster (Crassostrea virginica). In this paper, we provide insight into the molecular …

Genetic diversity is fundamental to the adaptive potential and survival of species. Although
its importance has long been recognized in science, it has a history of neglect within policy …

Changing temperature and ocean acidification are well-recognised consequences of
climate change in marine systems. In contrast to global trends, the South African west coast …

The marine environment is increasingly subject to environmental change driven by
anthropogenic stressors, which may alter species' key behaviours and necessitate rapid …