Since industrialization, global temperatures have continued to rise. Human activities have
resulted in heavy metals being freed from their original, fixed locations. Because of global …

The adaptation of marine organisms to the impending challenges presented by ocean
acidification (OA) is essential for their future survival, and mechanisms underlying OA …

The behavior of heavy metals in contaminated sediment is of ecological significance
considering the change of pH caused by ocean acidification. This study investigated the …

Anthropogenic activities have significantly increased the influx of carbon dioxide and metals
into the marine environment. Combining ocean acidification (OA) and metal pollution may …

Trade-offs play vital roles in evolutionary theory, linking organism performance to changing
environments in the context of global change. Marine microalgae, as one of the most …

Cadmium (Cd) pollution is a widespread threat to aquatic life, and ongoing freshwater
acidification (FA) can be expected to interact with Cd compounds to disrupt freshwater …

Ocean warming and acidification interactively affect the coccolithophore physiology and
drives major biogeochemical changes. While numerous studies investigated …

Anthropogenic pollution has become a major factor causing environmental changes and the
release of harmful pollutants into aquatic ecosystems. The acceleration of global warming …

Multifaceted changes in marine environments as a result of anthropogenic activities are
likely to have a compounding impact on the physiology of marine phytoplankton. Most …

Ocean acidification (OA) exhibits high threat to marine microalgae. However, the role of
marine sediment in the OA-induced adverse effect towards microalgae is largely unknown …