The interest in the consequences of climate change on the physiological and biochemical
functioning of marine organisms is increasing, but the indirect and interactive effects …

The degree to which marine invertebrate populations can tolerate extreme weather events,
such as short-term exposure to high temperatures, and the underlying biochemical response …

Several studies have described the impacts caused by metals on estuarine species,
including mussels, but scarce information is available regarding their effects in a global …

Marine biota have been co-challenged with ocean warming and mercury (Hg) pollution over
many generations because of human activities; however, the molecular mechanisms to …

Organisms in marine systems are exposed to multiple stressors that create a range of
associated environmental and ecotoxicological risks. Examples of stressors include …

Intertidal mussel species are frequently exposed to changes of environmental parameters
related to tidal regimes that include a multitude of stressors that they must avoid or tolerate …

The present study evaluated the impacts of predicted seawater acidification and Hg
pollution, when stressors were acting alone and in combination, on the polychaete Hediste …

Mercury (Hg) is an environmental pollutant that threatens aquatic life. Many environmental
factors, including water temperature, are reported to influence the toxicity of dissolved …

Most of the electric and electronic waste is not recycled and the release of its components
into the environment is expected, including the rare-earth element Lanthanum (La), which …

Increases in carbon dioxide (CO 2) and other greenhouse gases emissions are changing
ocean temperature and carbonate chemistry (warming and acidification, respectively) …