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- Research and Technical Reports (4)
- Phytoplankton (2)
- Zooplankton (2)
- Algae (1)
- Benthos -- Effect of water quality on -- Virginia -- James River (1)
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- Channel Deepening (1)
- Chlordecone -- Environmental aspects -- Virginia -- James River (1)
- Commercial Crustacean Plankton (1)
- Dredging (1)
- Estuarine animals -- Effect of temperature on -- Virginia -- James River; Nuclear power plants -- Environmental aspects -- Virginia -- James River; Brackish water animals; Estuarine biology (1)
- Estuarine sediments -- Virginia -- James River -- Analysis (1)
- Hillsborough (1)
- Hillsborough Bay (1)
- Ichthyoplankton (1)
- Nitrogen (1)
- Oysters -- Effect of water quality on -- Virginia -- James River (1)
- Phosphorus (1)
- Roads -- Atlantic Coast (U.S.) -- Design and construction (1)
- Roads -- Environmental aspects -- Atlantic Coast (U.S.) (1)
- Salt marsh ecology -- Virginia -- Yorktown Creek (1)
- Sewage -- Environmental aspects. (1)
- Sewage disposal plants -- Environmental aspects -- Virginia -- James River (1)
- Special Scientific Reports (SSR) (1)
- Tampa Bay (1)
Articles 1 - 13 of 13
Full-Text Articles in Physical Sciences and Mathematics
Final Report Anclote Commercial Plankton Monitoring Program, E. P. Wilkens, W. R. Weiss, J. D. Horne
Final Report Anclote Commercial Plankton Monitoring Program, E. P. Wilkens, W. R. Weiss, J. D. Horne
Reports
Commercial plankton were monitored in the vicinity of Florida Power Corporation's Ancolote power plant from January through December, 1976 in order to assess the entrainment potential for ichthyoplankton and planktonic stages of commercially important invertebrates and to estimate the annual standing crop of these organisms.
The purpose of this report is to present commercial plankton data collected at anclote from January through December of 1976. Additional data gathered by Florida Power Corporation and the University of South Florida during 1975 is also discussed. Entrainment loss estimates for commercial plankton have been calculated and are discussed in terms of their possible …
Primary Productivity In Hillsborough Bay, City Of Tampa Department Of Sanitary Sewers
Primary Productivity In Hillsborough Bay, City Of Tampa Department Of Sanitary Sewers
Reports
This study was designed to be a long term ecological study. Effects of nutrient removal through time on productivity is expected to be shown.
As the treatment progresses from primary to secondary, to nitrification, to denitrification, we expect to be able to document corresponding drops in productivity levels.
Ancolote Power Station Post-Operational Plankton Monitoring Program: Vol 1 Technical Discussion, Westinghouse Electric Corporation, Environmental Systems Department (Pa)
Ancolote Power Station Post-Operational Plankton Monitoring Program: Vol 1 Technical Discussion, Westinghouse Electric Corporation, Environmental Systems Department (Pa)
Reports
The affect of the Anclote Power Station on the plankton community was evaluated by (1) determining differences among stations, (2) comparing results from the post-operational plankton monitoring program, 93) examining any major changes in seasonal cycles from those expected of plankton communities in shallow-water, subtropical estuaries and (4) determining the frequency of occurrence and extent of temperatures known to adversely affect the copepods Acartia tonsa and Oithona spp.
Ecological Study Of The Tidal Segment Of The James River Encompassing Hog Point : 1976 Final Technical Report, R. A. Jordan, P. A. Goodwin, R. K. Carpenter, J. V. Merriner, A. D. Estes, R. K. Dias
Ecological Study Of The Tidal Segment Of The James River Encompassing Hog Point : 1976 Final Technical Report, R. A. Jordan, P. A. Goodwin, R. K. Carpenter, J. V. Merriner, A. D. Estes, R. K. Dias
Reports
- Section I: : Contents River Biota Studies at the VEPCO Surry Nuclear Power Station by R. A. Jordan, P. A. Goodwin, and R. K. Carpenter
- Section II a: Plant Entrainment of Ichthyoplankton at the VEPCO Nuclear Power Plant by J. V. Merriner, A. D. Estes, and R. K. Dias
- Section II b: Thermal Plume Entrainment of Ichthyoplankton at VEPCO Nuclear Power Station by J. V. Merriner, A. D. Estes, and R. K. Dias
Anclote Power-Station Post-Operational Plankton Monitoring Program Volume I: Technical Discussion, Westinghouse Electric Corporation, Environmental Systems (Pa), Florida Power Corporation
Anclote Power-Station Post-Operational Plankton Monitoring Program Volume I: Technical Discussion, Westinghouse Electric Corporation, Environmental Systems (Pa), Florida Power Corporation
Reports
As part of the National Pollutant Discharge Elimination System the U.S. Environmental Protection Agency has required that Florida Power Corporation (FPC) demonstrate that .operation of the Anclote Power Station does not adversely affect the aquatic community of the Anclote River and Anchorage. In response to this requirement FPC initiated the Anclote Post-operational Ecological Monitoring Program and contracted with Westinghouse Environmental Systems Department to conduct the plankton monitoring portion of the program.
Anclote Power-Station Post-Operational Plankton Monitoring Program Volume Ii: Appendices, Environmental Systems Department Pittsburgh, Pennsylvania, Florida Power Corporation
Anclote Power-Station Post-Operational Plankton Monitoring Program Volume Ii: Appendices, Environmental Systems Department Pittsburgh, Pennsylvania, Florida Power Corporation
Reports
Appendix IV-A through IV-F
Anclote Power Station Post-Operational Plankton Monitoring Program: Vol 2 Appendices, Florida Power Corporation
Anclote Power Station Post-Operational Plankton Monitoring Program: Vol 2 Appendices, Florida Power Corporation
Reports
Appendix IV-A through appendix IV-F
Characterization Of A Historically Nutrient Enriched Marsh Ecosystem : Yorktown Creek, Yorktown, Virginia, R. L. Wetzel, M. S. Kowalski, W. M. Rizzo, A. Thompson, K. L. Webb
Characterization Of A Historically Nutrient Enriched Marsh Ecosystem : Yorktown Creek, Yorktown, Virginia, R. L. Wetzel, M. S. Kowalski, W. M. Rizzo, A. Thompson, K. L. Webb
Reports
In this report, we summarize our initial findings of a nutrient enriched aquatic ecosystem prior to relaxation of sewage input. The studies reported were directed toward characterizing the system prior to relaxation and to begin xperimental studies to accomplish our general objectives.
Environmental Effects Of James River Sewage Treatment Plant Outfall Construction, Dexter S. Haven, Paul C. Kendall, Robert J. Diaz, Donald F. Boesch, Michael E. Bender
Environmental Effects Of James River Sewage Treatment Plant Outfall Construction, Dexter S. Haven, Paul C. Kendall, Robert J. Diaz, Donald F. Boesch, Michael E. Bender
Reports
In the spring of 1975 the Institute began a program to determine whether significant environmental changes would occur in the area of the new James River Plant outfall that might be related to its construction and/or initial operation. Parameters measured in the study were benthic animal and oyster populations, coliform levels and chlorine residuals. The primary emphasis of the study centered on the estimation of the impact of the construction activity on shellfish beds in the area. The results of the investigation are presented in three segments, the first dealing with shellfish populations, the second with other benthic animals and …
Ecological Effects Of Highways On Coastal Wetlands, Atlantic Coast Region, John D. Boon, George M. Dawes
Ecological Effects Of Highways On Coastal Wetlands, Atlantic Coast Region, John D. Boon, George M. Dawes
Reports
A literature review of past and on-going research and activities of the principal investigators is the basis for evaluating environmental effects of highways in wetlands. Values of wetl8,$1ds are discussed briefly. Physical. biological and chemical impacts are associated with highway construction. operation and maintenance. Environmental impacts are scaled in terms of magnitude and duration and mitigating measures are identified. The foregoing are summarized in matrices. The report further identifies further research which is needed to design highway projects with environmental aspects in mind.
The Role Of Sediments In The Storage, Movement And Biological Uptake Of Kepone In Estuarine Environments : Annual Report To The Environmental Protection Agency For The Period 10/20/76 To 10/20/77, Robert Huggett
Reports
Included in this document are three sections which describe the efforts of the Virginia Institute of Marine Science's staff on the Role of Sediments in the Storage, Movement,and Biological Uptake of Kepone in Estuarine Environments.
The first section is entitled: "Kepone in James River Sediment," by Maynard M. Nichols and Richard C. Trotman. The second, "Kepone Water-Sediment Elutriates," by Robert J. Huggett and the third, ''Uptake of Kepone From Suspended Sediments by Oysters, Rangia and Macoma," is by Dexter S. Haven and Reinaldo Morales-Alamo.
Also attached is a progress report on the EPA funded James River Hydrographical Survey Study which …
1976 Water Quality Hillsborough County, Florida, R. G. Wilkins
1976 Water Quality Hillsborough County, Florida, R. G. Wilkins
Reports
The Hillsborough County Environmental Protection Ac t charges the Environmental Prote ction Commission with the function of establishing, operating and maintaining a continuous program for monitoring water pollution. A county-wide water quality surveillance network has been designed to provide accurate data and information as t o whether the requirements of the Act are being complied with and whether the level of water pollution is increasing or decreasing throughout the county.
This broad base of water data obtained during 1972-1976 provides useful background data for eventual development, revision and enforcement of regulations, standard effluent limitation plans, or programs established under the …
Impact Of Dredging In Tampa Bay 1976, Roy R. Lewis Iii
Impact Of Dredging In Tampa Bay 1976, Roy R. Lewis Iii
Reports
During the last 100 years four major types of dredging have impacted the bay: channel deepening, maintenance dredging, shell dredging, and dredging for landfill construction. These landfills have resulted in the loss of 44% of the original marine wetlands bordering Tampa Bay. Recent environmental concerns have halted landfill dredging and severely restricted maintenance dredging.