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 …

Ocean warming and acidification are set to reshuffle life on Earth and alter ecological
processes that underpin the biodiversity, health, productivity, and resilience of ecosystems …

The larval phase of marine teleost fishes is characterized by important morphological and
physiological modifications. Many of these modifications improve the larvae's ability to swim …

Experimental studies assessing the potential impacts of ocean acidification on marine
organisms have rapidly expanded and produced a wealth of empirical data over the past …

Climate change can have a pronounced impact on the physiology and behaviour of fishes.
Notably, many climate change stressors, such as global warming, hypoxia and ocean …

The largemouth bass is an important freshwater fish in China. As global climate changes,
mass mortality in largemouth bass due to extremely low/high temperatures has aroused …

Ocean acidification and warming are recognized as two major anthropogenic perturbations
of the modern ocean. However, little is known about the adaptive response of phytoplankton …

The impacts of climate change are expected to have profound effects on the fisheries of the
Pacific Ocean, including its tuna fisheries, the largest globally. This study examined the …

Climate change stressors (eg, warming and ocean acidification) are an imminent challenge
to the physiological performance of marine organisms. Several studies spanning the last …

Ocean acidification and ocean warming (OAW) are simultaneously occurring and could
pose ecological challenges to marine life, particularly early life stages of fish that, although …