The vital survival, maturation, and reproduction rates of Octopus maya were formulated
according to the thermal preferences in each stage (juvenile and adult) and the bottom …

Populations of lionfish (Pterois volitans Linnaeus, 1758; Pterois miles Bennett, 1828) have
expanded in the western Atlantic Ocean and the Mediterranean Sea since their introduction …

Anthropogenic global warming generates profound metabolic alterations in marine
ectotherm invertebrates capable of leading a wide range of these species to extinction. To …

High temperatures alter the physiological condition of Octopus maya embryos, juveniles,
and adults, and the time of exposure could have a key role in their thermal tolerance. The …

Ocean warming is expected to occur due to anthropogenic climate change bringing a spatial
shift of marine communities. Experimental data that characterize the aerobic power budget …

Species are expected to migrate to higher latitudes as warming intensifies due to
anthropogenic climate change since physiological mechanisms have been adapted to …

A novel general model has been developed to fit biomass growth data of coleoid
cephalopods as a function of time and temperature from hatching to maximum size in a …

Production of octopus fisheries is highly variable typically due to their sensitivity to
environmental conditions. Using data from four scientific research cruises conducted in 2016 …

Climate change impacts the distribution of marine organisms and threatens fisheries. Marine
protected areas (MPAs) may buffer the detrimental effects of environmental change by acting …

The anchialine environment is characterized by a vertical stratification of water masses with
different salinities. Cave shrimps of the genus Typhlatya are widespread inhabitants of the …