Elucidating the physiological mechanisms that underlie thermal stress and discovering how
species differ in capacities for phenotypic acclimatization and evolutionary adaptation to this …

Much of our understanding of the thermal physiology of intertidal organisms comes from
experiments with animals acclimated under constant conditions and exposed to a single …

Climate change is forecasted to increase temperature variability and stochasticity. Most of
our understanding of thermal physiology of intertidal organisms has come from laboratory …

Three classes of mussel, the invasive Mytilus galloprovincialis and 2 genetic lineages of the
indigenous Perna perna, show partially overlap** distributions along a large-scale …

To investigate oxidative stress responses to cadmium and lead, the freshwater water flea
Daphnia magna was exposed to Cd and Pb for 48 h. Following treatment with sub-lethal …

As a result of global warming, the Mytilus coruscus living attached in the intertidal zone
experience extreme and fluctuating changes in temperature, and extreme temperature …

Organisms on rocky shores are frequently exposed to high temperatures, which cause
impairment of cardiac function and retard cellular oxygen delivery. However, some …

As climate change is expected to impose increasing thermal stress on intertidal organisms,
understanding the mechanisms by which body temperatures translate into major …

Anthropogenic induced climate change is predicted to increase the thermal variability in
coastal waters, which can have strong physiological effects on individuals and populations …

For rocky intertidal species that experience changes in a number of potential stressors
seasonally and during the tidal cycle, sensing cellular energy status and modulating it …