I begin by summarizing the impacts of climate change on Narragansett Bay (Chapter 1).
Many of these changes in climate (increased temperature, increased rainfall, and decreased …

Extensive hypoxia remains a problem in Chesapeake Bay, despite some reductions in
estimated nutrient inputs. An analysis of a 58-yr time series of summer hypoxia reveals that a …

A numerical circulation model with a very simple representation of dissolved oxygen
dynamics is used to simulate hypoxia in Chesapeake Bay for the 30‐yr period 1984–2013 …

We use geostatistical universal kriging and conditional realizations to provide the first
quantitative estimates, with robust estimates of uncertainties, of the seasonal and …

In this study, a terrestrial-estuarine-ocean biogeochemical modeling system (DLEM-
ChesROMS-ECB) was used to investigate the impact of prevailing spring-to-summer winds …

Narragansett Bay, RI, is considered to be a relatively well-mixed estuary not subject to
extensive seasonal stratification and hypoxia. However, results of surveys of dissolved …

Millions of dollars are spent annually to reduce nutrient loading to Chesapeake Bay, with a
fundamental goal of reducing the extent and severity of low dissolved oxygen (hypoxia) …

Several related analyses of Narragansett Bay oxygen, chlorophyll, temperature, and
influencing factors (nitrogen load, river flow, salinity, stratification, physical drivers) through …

Summer bottom water hypoxia has been a persisting water quality issue for decades in
Green Bay, Lake Michigan's largest embayment. The nutrient loading of the bay has been …

ABSTRACT Swanson, RL; Bauer, CL; Wilson, RE; Rose, PS, and O'Connell, C., 2016.
Physical processes contributing to localized, seasonal hypoxic conditions in the bottom …