Studies on pH stress in marine animals typically focus on direct or species-specific aspects.
We here test the hypothesis that a drop to pH= 7.6 indirectly affects the intra-and interspecific …

Arguably climate change is one of the biggest challenges faced by many organisms. One of
the more significant of these is the decreasing pH level of the ocean, a consequence of the …

Chemoreception is a key activity by which many aquatic animals perceive their environment,
and therefore abiotic disruptions to this process could have serious impacts on the survival …

Deep-sea species are generally thought to be less tolerant of environmental variation than
shallow-living species due to the relatively stable conditions in deep waters for most …

Simple Summary Climate change potentially threatens biodiversity, and in a changing
environment, it is vitally important that we learn to understand how animals react to the …

The decisions that animals make are based on information gathered from their environment,
and can have consequences for their fitness and survival. Such processes can be disrupted …

Highlights•The effect of reduced pH on foraging performance of Nassarius festivus is
studied.•N. festivus becomes more inactive and reduces its respiration rate at pH 7.0.•Travel …

Many marine calcifiers experience metabolic costs when exposed to experimental ocean
acidification conditions, potentially limiting the energy available to support regulatory …

The ocean is acidifying, with multiple consequences for coastal organisms. However,
species may differ in their sensitivities. Some taxa may find future conditions mildly stressful …

Increasing ocean acidification combined with other impacts may cause changes in
homeostatic mechanisms of intertidal invertebrates. Stressors do not act in isolation, and …