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 concentration of dissolved oxygen (DO) is an important attribute of aquatic ecosystems,
influencing habitat, drinking water quality, biodiversity, nutrient biogeochemistry, and …

Hypoxia is a mounting problem affecting the world's coastal waters, with severe
consequences for marine life, including death and catastrophic changes. Hypoxia is forecast …

Eutrophication is one of the most severe and widespread forms of disturbance affecting
coastal marine systems. Whilst there are general models of effects on benthos, such as the …

Coastal hypoxia (defined here as< 1.42 ml L− 1; 62.5 μM; 2 mg L− 1, approx. 30% oxygen
saturation) develops seasonally in many estuaries, fjords, and along open coasts as a result …

The intensity, duration and frequency of coastal hypoxia (oxygen concentration< 63 μM) are
increasing due to human alteration of coastal ecosystems and changes in oceanographic …

Anoxia and hypoxia have been widely observed in estuarine and coastal regions over the
past few decades; however, few reports have focused on the East China Sea (ECS). In June …

Eutrophication has been an increasing ecological threat during the past 50 yr in many
Scandinavian and Baltic marine waters. Large sedimentary areas are seasonally, or more or …

The concept of co-location of marine areas receives an increased significance in the light of
sustainable development in the already heavily used offshore marine realm. Within this …