Add to ORKGThe effects of estuarine turbidity, flushing, salinity, and circulation on the ecology of the Chesapeake Bay are discussed. The sources of fresh water, the variations in salinity, and the circulation patterns created by temperature and salinity changes are analyzed. The application of remote sensors for long term observation of water temperatures is described. The sources of sediment and the biological effects resulting from increased sediments and siltation are identified
The distribution of salinity in a small tidal estuary, Great Pond, through a period of over a year i...
[1] A three-dimensional circulation model of the Chesapeake Bay is used to validate a simple data as...
The objectives and scope of the Chesapeake Bay study are discussed. The physical, chemical, biologic...
The purpose of this study was to evaluate the temperature, salinity, turbidity, and light attenuatio...
Coastal environments such as the Chesapeake Bay have long been impacted by eutrophication stressors ...
Historical records and data obtained during the Superflux experiments are used to describe the tempo...
San Francisco Bay sits within a highly urbanized community and is home to endangered species and fis...
Historical records and data obtained during the Superflux experiments are used to describe the tempo...
Preface The Chesapeake Bay is the most studied and best understood estuary in the United States. Yet...
Originally issued as Reference No. 52-103, series later renamed WHOI-.The Woods Hole Oceanographic I...
The transient response of salinity distribution in lower Chesapeake Bay to flood waters from Tropica...
In 1978, a program was initiated in the Chesapeake Bay region to investigate the decline of submerge...
Concerns have grown over the increase of nutrients and pollutants discharged into the estuaries and ...
A model of the salt balance in the Chesapeake Bay is discussed, which takes into account only time-d...
This paper discusses the tidal tributaries of the ocean and the coastal areas of the mid-Atlantic Bi...
The distribution of salinity in a small tidal estuary, Great Pond, through a period of over a year i...
[1] A three-dimensional circulation model of the Chesapeake Bay is used to validate a simple data as...
The objectives and scope of the Chesapeake Bay study are discussed. The physical, chemical, biologic...
The purpose of this study was to evaluate the temperature, salinity, turbidity, and light attenuatio...
Coastal environments such as the Chesapeake Bay have long been impacted by eutrophication stressors ...
Historical records and data obtained during the Superflux experiments are used to describe the tempo...
San Francisco Bay sits within a highly urbanized community and is home to endangered species and fis...
Historical records and data obtained during the Superflux experiments are used to describe the tempo...
Preface The Chesapeake Bay is the most studied and best understood estuary in the United States. Yet...
Originally issued as Reference No. 52-103, series later renamed WHOI-.The Woods Hole Oceanographic I...
The transient response of salinity distribution in lower Chesapeake Bay to flood waters from Tropica...
In 1978, a program was initiated in the Chesapeake Bay region to investigate the decline of submerge...
Concerns have grown over the increase of nutrients and pollutants discharged into the estuaries and ...
A model of the salt balance in the Chesapeake Bay is discussed, which takes into account only time-d...
This paper discusses the tidal tributaries of the ocean and the coastal areas of the mid-Atlantic Bi...
The distribution of salinity in a small tidal estuary, Great Pond, through a period of over a year i...
[1] A three-dimensional circulation model of the Chesapeake Bay is used to validate a simple data as...
The objectives and scope of the Chesapeake Bay study are discussed. The physical, chemical, biologic...