Hypoxia, triggered in large part by eutrophication, exerts widespread and expanding stress
on coastal ecosystems. Hypoxia is often specifically defined as water having dissolved …

Anthropogenic warming and nutrient over-enrichment of our oceans have resulted in
significant, and often catastrophic, reductions in dissolved oxygen (deoxygenation). Stress …

River discharge and seasonal, eutrophication-driven hypoxia within coastal waters of the
northern Gulf of Mexico create a wide range of environmental conditions for fishes …

The occurrence of low dissolved oxygen (hypoxia) in coastal waters may alter trophic
interactions within the water column. This study identified a threshold at which hypoxia in the …

Localized hypoxia can reduce available habitat, restrict movement and limit the abundance
of aquatic invertebrates. Although cultural eutrophication, coupled with the effects of climate …

The attraction‐production continuum in fishery management centers on the extent to which
artificial reefs increase fish production or whether they simply redistribute fish. Reef systems …

Shoreline erosion has intensified in coastal systems around the world. in response, the
exploitation of offshore sand resources has intensified to supply sand for shoreline …

The oxygen-deficient areas (dissolved oxygen< 2 mg L− 1) in oceans and estuaries have
been increasing worldwide in recent decades and are especially common in populated and …