Sublethal exposure to environmental challenges may enhance ability to cope with chronic or
repeated change, a process known as priming. In a previous study, pre‐exposure to …

Although low levels of thermal stress, irradiance and dietary restriction can have beneficial
effects for many taxa, stress acclimation remains little studied in marine invertebrates, even …

Ocean acidification is expected to have dramatic impacts on oceanic ecosystems, yet
surprisingly few studies currently examine long‐term adaptive and plastic responses of …

Ocean acidification (OA) is a major threat to marine calcifiers, and little is known regarding
acclimation to OA in bivalves. This study combined physiological assays with next …

Volcanic CO2 seeps are natural laboratories that can provide insights into the adaptation of
species to ocean acidification. While many species are challenged by reduced‐pH levels …

While acute stressors can be detrimental, environmental stress conditioning can improve
performance. To test the hypothesis that physiological status is altered by stress …

The increasing concentration of CO2 in the atmosphere and resulting flux into the oceans
will further exacerbate acidification already threatening coastal marine ecosystems. The …

Ocean acidification and heatwaves caused by rising CO 2 affect bivalves and other coastal
organisms. Intertidal bivalves are vital to benthic ecosystems, but their physiological and …

Ocean acidification (OA), a direct consequence of increasing atmospheric CO2
concentration dissolving in ocean waters, is impacting many fish species. Little is known …

Understanding of the molecular responses underpinning diatom responses to ocean
acidification is fundamental for predicting how important primary producers will be shaped …