Most fish studied to date efficiently compensate for a hypercapnic acid-base disturbance;
however, many recent studies examining the effects of ocean acidification on fish have …

Early environments can profoundly influence an organism in ways that persist over its life. In
reptiles, early thermal environments (nest temperatures) can impact offspring phenotype and …

Biological communities are shaped by complex interactions between organisms and their
environment as well as interactions with other species. Humans are rapidly changing the …

Understanding how marine organisms will be affected by global change is of primary
importance to ensure ecosystem functioning and nature contributions to people. This study …

With the occurrence of global change, research aimed at estimating the performance of
marine ectotherms in a warmer and acidified future has intensified. The concept of oxygen …

Coral reefs are globally threatened by climate change-related ocean warming and ocean
acidification (OA). To date, slow-response mechanisms such as genetic adaptation have …

As climate change challenges organismal fitness by creating a phenotype–environment
mismatch, phenotypic plasticity generated by epigenetic mechanisms (eg, DNA methylation) …

Recently, the effects of ocean acidification (OA) on marine animal behaviour have garnered
considerable attention, as they can impact biological interactions and, in turn, ecosystem …

Elevated concentrations of CO2 in seawater can disrupt numerous sensory systems in
marine fish. This is of particular concern for Pacific salmon because they rely on olfaction …

Experiments have shown that the behaviour of reef fishes can be seriously affected by
projected future carbon dioxide (CO 2) concentrations in the ocean,,,. However, whether fish …