It is expected that by 2050 human population will exceed nine billion leading to increased
pressure on marine ecosystems. Therefore, it is conjectured various levels of ecosystem …

The concept of oxygen-and capacity-dependent thermal tolerance in aquatic ectotherms has
successfully explained climate-induced effects of rising temperatures on species abundance …

With the occurrence of global change, research aimed at estimating the performance of
marine ectotherms in a warmer and acidified future has intensified. The concept of oxygen …

Climate change effects on marine ecosystems involve various stressors, predominantly
temperature, hypoxia and CO 2, all of which may combine with further anthropogenic …

Fishes are sensitive to their thermal environment and face an uncertain future in a warming
world. Theoretically, populations in novel environments might express greater levels of …

Climate change with increasing temperature and ocean acidification (OA) poses risks for
marine ecosystems. According to Pörtner and Farrell [], synergistic effects of elevated …

Dissolved oxygen (DO) concentration in the water column is an environmental parameter
that is crucial for the successful development of many pelagic organisms. Hypoxia tolerance …

Anthropogenic environmental change is exposing animals to changes in a complex array of
interacting stressors and is already having important effects on the distribution and …

Hypoxia is a common occurrence in aquatic habitats, and it is becoming an increasingly
frequent and widespread environmental perturbation, primarily as the result of …

Determining the resilience of a species or population to climate change stressors is an
important but difficult task because resilience can be affected both by genetically based …