Effluent and sediment samples were collected from 30 point source discharge sites within tributaries to the Chesapeake Bay, and analyzed for the presence of toxic organic compounds. The facilities selected included: municipal treatment plants, oil refining and storage operations, shipyards, military bases, paper companies, electrical power generators and various other manufacturing enterprises. In addition to sediment, shellfish were collected from the receiving streams. Unfortunately, environmental conditions in the vicinity of many of the facilities were unsatisfactory for the long-term survival of shellfish. As a consequence their availability was limited. ...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
The paper reviews contaminant effects on Chesapeake Bay shellfish from two avenues (1) adverse biolo...
Settlement of the Chesapeake Bay region began in earnest in the early 17th century. The native Ameri...
The Virginia State Water Control.Board, in cooperation with the Department of Chemical Oceanography ...
The objectives of this study were: 1) to determine whether substances present in refinery process wa...
The objectives of this study were: 1) to determine whether certain organic substances (polynuclear a...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
Toxic organic chemicals have affected aquatic resources by (1) restricting harvest; (2) causing biol...
For the past eight years, the Virginia Institute of Marine Science has been a participant of the Nat...
For the past eight years, the Virginia Institute of Marine Science has been a participant of the Nat...
The Elizabeth River is the most heavily settled and industrialized major subestuary in Virginia\u27s...
The Elizabeth River is the most heavily settled and industrialized major subestuary in Virginia\u27s...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
The paper reviews contaminant effects on Chesapeake Bay shellfish from two avenues (1) adverse biolo...
Settlement of the Chesapeake Bay region began in earnest in the early 17th century. The native Ameri...
The Virginia State Water Control.Board, in cooperation with the Department of Chemical Oceanography ...
The objectives of this study were: 1) to determine whether substances present in refinery process wa...
The objectives of this study were: 1) to determine whether certain organic substances (polynuclear a...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
The Elizabeth River is a highly industrialized waterway that divides the cities of Norfolk and Ports...
Toxic organic chemicals have affected aquatic resources by (1) restricting harvest; (2) causing biol...
For the past eight years, the Virginia Institute of Marine Science has been a participant of the Nat...
For the past eight years, the Virginia Institute of Marine Science has been a participant of the Nat...
The Elizabeth River is the most heavily settled and industrialized major subestuary in Virginia\u27s...
The Elizabeth River is the most heavily settled and industrialized major subestuary in Virginia\u27s...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
This manuscript discusses the results of the first two and one half years of a three-year study desi...
The paper reviews contaminant effects on Chesapeake Bay shellfish from two avenues (1) adverse biolo...