The substantial loss of seed mussels during the early stages of longline aquaculture—often
exceeding 95%—is a major issue that erodes the security and profitability of production …

Survival under stress, such as exposure to hypoxia, anoxia, freezing, dehydration, air
exposure of water breathing organisms, and estivation, is commonly associated to …

Marine organisms are constantly exposed to stress, such as changes in seawater
temperature, which may elicit biochemical, molecular, and physiological changes. In the …

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 …

The early stages of intertidal mussels, including the green-lipped mussel, Perna canaliculus,
face both direct and indirect environmental threats. Stressors may influence physiological …

The nursery stages of mussel aquaculture are highly inefficient with most juvenile mussels
being lost within the first few months after seeding, although the precise timing of losses is …

Among calyptraeid gastropods, males become females as they get older, and egg capsules
containing developing embryos are maintained beneath the mother's shell until the …

Crepipatella dilatata was first reported out of its native range in south Galicia (NW Spain) in
2005. After that, there are no quantitative data about its abundance and the dynamics of its …

For sessile intertidal organisms, periods of low tide impose both cellular and physiological
challenges that can determine bathymetric distribution. To understand how intertidal location …

The cellular response of the estuarine anemone Anthopleura hermaphroditica was
assessed during a tidal cycle (low tide at noon) and compared between organisms …