Environmental hypoxia represents a major physiological challenge for Eriocheir sinensis
and Palaemonetes sinensis and is a severe problem in aquaculture. Therefore …

Biological trait analysis has become a popular tool to infer the vulnerability of benthic
species to trawling-induced disturbance. Approaches using multiple traits are being …

The HIF-1 alpha subunit (HIF-1α) is a master regulator of oxygen sensitivity. This study
investigated the role of HIF-1α in the energy metabolism and immune responses of hypoxic …

One of the pathogens causing the highest economic impacts on the Chilean salmon industry
is the ectoparasite copepod Caligus rogercresseyi, whose abundance is strongly influenced …

Traditionally, the internal morphology of crustacean larvae has been studied using
destructive techniques such as dissection and microscopy. The present study combines …

The estuarine crab Hemigrapsus crenulatus has a wide distribution range along the coast of
the South Pacific Ocean (from 20° S to 53 S°). This decapod is abundant in these coastal …

Species from shallow marine environments are particularly vulnerable to extreme weather
events (heatwaves and extreme rainfall) that can promote abrupt environmental shifts …

Reproduction and development are the most important stages in the life of aquatic animals,
which are also the most sensitive stages to environmental stress. As a migratory crab, parent …

The effects of salinity on the survival and development of zoeae and megalopae of the
decorator crab, Camposcia retusa, were investigated by two separate experiments. When …

The dissolved oxygen (DO) level is particularly important for marine benthic crustaceans. In
Scylla paramamosain, the DO level plays an important role in regulating immune and …