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

Predicting the response of the biota to global change remains a formidable endeavor.
Zooplankton face challenges related to global warming, ocean acidification, the proliferation …

Over the past decades, three major challenges to marine life have emerged as a
consequence of anthropogenic emissions: ocean warming, acidification and oxygen loss …

Exploring climate and anthropogenic impacts on marine ecosystems requires an
understanding of how trophic components interact. However, integrative end-to-end …

Recent changes in climate and eutrophication have caused increases in oxygen depletion
in both freshwater and marine ecosystems. However, the impact of oxygen stress on …

This paper reviews the current state of knowledge of the open waters of the San Francisco
Estuary. This estuary is well known for the extent to which it has been altered through loss of …

Chesapeake Bay has been experiencing severe eutrophication-driven bottom hypoxia for
several decades, yet the effects of hypoxia on its food webs, especially its pelagic …

Oxygen depletion, seasonally common in bottom waters of many stratified aquatic systems,
may have strong effects on abundances, distributions, and interactions among organisms …

One of the most important mechanisms for the introduction of aquatic nuisance species is
transport in ship ballast waters. Although several ballast tank treatments to prevent transport …

Bottom hypoxia has reemerged as a prominent feature of Lake Erie's central basin during
late summer. Similar to coastal and marine systems, the influence of hypoxia on pelagic …