Hypoxia affects thousands of km2 of marine waters all over the world, and has caused mass
mortality of marine animals, benthic defaunation and decline in fisheries production in many …

Hypoxia is an ever increasing threat to aquatic systems. While fluctuating levels of dissolved
oxygen (DO) can be a natural phenomenon, hypoxia caused by eutrophication and organic …

The relation between organic matter deposition fluxes and benthic community structure is
discussed in the framework of the classical Pearson-Rosenberg paradigm. The importance …

Hypoxia has a profound effect on fish reproduction and development. Behavioral studies
revealed that hypoxia can affect courtship behaviors, mate choice, and reproductive efforts …

The functional response of a consumer to a gradient of resource density is a widespread
and consistent framework used to quantify the importance of consumption to population …

Fish deformities are detrimental to aquaculture and conservation initiatives; it is also an
ethical problem and causes substantial financial losses to the aquaculture industry. The …

Vast stretches of open water bodies are gradually becoming hypoxic as a result of depletion
of oxygen levels mainly due to various human anthropogenic activities. This problem of …

Aquatic hypoxia caused by eutrophication may lead to mass mortality of valuable living
resources such as fish and shrimp. However, there is little information on the hypoxic …

Predicting the ecological impacts of damaging invasive species under relevant
environmental contexts is a major challenge, for which comparative functional responses …

Predator-prey dynamics between the sand shrimp Crangon septemspinosa and juvenile
winter flounder Pseudopleuronectes americanus were examined in laboratory experiments …