A previously observed shift in the relationship between Chesapeake Bay hypoxia and
nitrogen loading has pressing implications on the efficacy of nutrient management. Detailed …

Land use is rapidly changing in coastal watersheds, with implications on eutrophication of
coastal watersheds. The long-term consequences of climate change on these impacts are …

Abstract Except for the Providence River and side embayments like Greenwich Bay,
Narragansett Bay can no longer be considered eutrophic. In summer 2012 managed …

Background Oysters in coastal environments are subject to fluctuating environmental
conditions that may impact the ecosystem services they provide. Oyster-associated …

While hypoxia and acidification can be common occurrences in eutrophic coastal zones, the
precise, coupled temporal and spatial dynamics of these conditions are poorly described …

Excessive input of nitrogen to estuaries and coastal waters leads to eutrophication; the
resulting organic matter over-enrichment of sediments and seasonal hypoxia of bottom …

A coupled hydrodynamic-dissolved oxygen model is developed to simulate the seasonal
cycle of dissolved oxygen (DO) in Chesapeake Bay and investigate processes regulating …

Estuaries receive substantial anthropogenic nitrogen loading and are mainly considered net
nitrogen sinks. While several studies have identified diverse diazotrophic communities in …

Seasonal and inter-annual variations of dissolved oxygen (DO) along the estuary of Bilbao
were investigated from 1998 to 2008, during its rehabilitation phase from pollution, to …

Dissolved oxygen dynamics in estuarine and coastal environments are complex and highly
variable, which highlight the need to compile information from many different types of …