Global warming causes the poleward shift of the trailing edges of marine ectotherm species
distributions. In the semi-enclosed Mediterranean Sea, continental masses and …

One of the consequences of climate change and globalization is the recent proliferation of
the invasive blue crab Callinectes sapidus in the Mediterranean Sea. In this study, C …

Under climate change, many species are increasingly exposed to heatwaves, including
marine species. Although marine species are expected to succumb to heatwaves, there is …

Investigating the physiological mechanisms of closely related species that exhibit distinct
geographic distributions and thermal niches is essential for understanding their thermal …

Due to rapid global climate change, the temperature of streams and rivers is predicted to be
increased, influencing aquatic organisms, particularly bivalve species. To better understand …

Intertidal organisms have evolved physiological mechanisms that enable them to maintain
performance and survive during periods of severe environmental stress with temperatures …

Small‐scale spatial variation in temperature plays a key role in limiting the distribution of
organisms in thermally heterogeneous environments. In the rocky intertidal zone, intra‐day …

Thermal tolerance traits are important factors that affect the ability of an aquaculture species
to survive, grow, and reproduce in new habitats. Paphia undulata, a species of saltwater …

Anthropogenic global climate change is anticipated to increase the frequency and intensity
of transient extreme weather events that can be catastrophic to ecological communities …

Climate change and particularly warming are significantly impacting marine ecosystems and
the services they provided. Temperature, as the main factor driving all biological processes …