The marine environment is ever-changing, with daily and seasonal variations in factors such
as food availability and seawater temperature. These stressors can affect physiological …

Marine organisms are currently challenged by multiple and interactive environmental
stressors. In the subtropics, warming and intensified precipitation, and hence, reduced …

In sea urchins, spermatozoa are stored in the gonads in hypercapnic conditions (pH< 7.0).
During spawning, sperm are diluted in seawater of pH> 8.0, and there is an alkalinization of …

Many marine organisms have a multi-phase life history and rely on their planktonic larvae for
dispersal. Despite the important role of larvae in sha** population distribution and …

Seawater temperature is projected to increase globally due to climate change, affecting
physiological responses, fitness and survival of marine organisms. Thermal tolerance …

Domestication efforts and selective breeding in bivalve aquaculture would greatly benefit
from reliable screening biomarkers in the early life stages of development (eg, larvae). In this …

Future ocean acidification and warming pose a substantial threat to the viability of some
marine populations. In order to persist, marine species will need to acclimate or adapt to the …