Although cross generation (CGP) and multigenerational (MGP) plasticity have been
identified as mechanisms of acclimation to global change, the weight of evidence indicates …

To persist in an ocean changing in temperature, pH and other stressors related to climate
change, many marine species will likely need to acclimatize or adapt to avoid extinction. If …

I summarize marine studies on plastic versus adaptive responses to global change. Due to
the lack of time series, this review focuses largely on the potential for adaptive evolution in …

Climate change is a threat to marine biota because increased atmospheric CO2 is causing
ocean warming, acidification, hypercapnia and decreased carbonate saturation. These …

Trade‐offs may influence both physiological and evolutionary responses to co‐occurring
stressors, but their effects on both plastic and adaptive responses to climate change are …

Determining the resilience of a species or population to climate change stressors is an
important but difficult task because resilience can be affected both by genetically based …

The resilience of organisms to climate change through adaptive evolution is dependent on
the extent of genetically based variation in key phenotypic traits and the nature of genetic …

Global change encompasses many co‐occurring anthropogenic stressors. Understanding
the interactions between these multiple stressors, whether they be additive, antagonistic or …

Rapid climate change is placing many marine species at risk of local extinction. Recent
studies show that epigenetic mechanisms (eg DNA methylation, histone modifications) can …

Adaptive evolution and phenotypic plasticity will fuel resilience in the geologically
unprecedented warming and acidification of the earth's oceans, however, we have much to …