In this study we compared some aspects of the physiology of the invasive blue mussel
species Mytilus trossulus and the native Mytilus edulis in the White Sea. We registered the …

Multiple stressor research in aquaria is a useful approach to better understand the
ecophysiology of marine species under different environmental conditions, including global …

CO2‐induced seawater acidification has been shown to modify predator–prey interactions in
many marine taxa. Scyphozoans play an important role in the trophic dynamics of marine …

Context. Climate change and increased seawater temperatures can greatly affect
physiological processes and growth of marine ectotherms, including the blackfoot haliotid …

As a consequence of climate change, benthic marine species that inhabit the sub-Antarctic
oceans could be impacted as a result of changes in temperature and salinity that are …

Response to 'Comment on Wyrwoll et al., 2022: Long-term exposure of mice to 890 ppm
atmospheric CO2 alters growth trajectories and hyperactive behaviours in adults' by Norman R …

Rising sea surface temperatures and ocean acidification present profound challenges for
many marine species, leading to cascading effects on ecosystem functionality and food …

As atmospheric levels of carbon dioxide continue to escalate and drive climate change, the
safe level for breathing is not clear. The toxicity of CO2 has been defined for short-duration …