author_facet Burniston, Debbie A.
Jia, Julia
Charlton, Murray N.
Thiessen, Lina
McCarry, Brian E.
Marvin, Chris H.
Burniston, Debbie A.
Jia, Julia
Charlton, Murray N.
Thiessen, Lina
McCarry, Brian E.
Marvin, Chris H.
author Burniston, Debbie A.
Jia, Julia
Charlton, Murray N.
Thiessen, Lina
McCarry, Brian E.
Marvin, Chris H.
spellingShingle Burniston, Debbie A.
Jia, Julia
Charlton, Murray N.
Thiessen, Lina
McCarry, Brian E.
Marvin, Chris H.
Aquatic Ecosystem Health & Management
Trends in Hamilton Harbour suspended sediment quality
Management, Monitoring, Policy and Law
Ecology
Aquatic Science
author_sort burniston, debbie a.
spelling Burniston, Debbie A. Jia, Julia Charlton, Murray N. Thiessen, Lina McCarry, Brian E. Marvin, Chris H. 1463-4988 1539-4077 Michigan State University Press Management, Monitoring, Policy and Law Ecology Aquatic Science http://dx.doi.org/10.1080/14634988.2016.1172906 <jats:p>Suspended sediment quality in Hamilton Harbour has been assessed as part of a long-term monitoring study (1987–2012). Sampling locations reflected a range of shoreline activities and sources of chemical contamination to the harbour. Temporal data showed a trend toward decreasing levels of contamination by polycyclic aromatic hydrocarbons and polychlorinated biphenyls over the period from the late 1980s to the early 1990s, with a subsequent leveling off over the next two decades. The highest concentrations of both contaminants were detected in areas impacted by industrial activities along the southern shoreline and Windermere Arm, and deep-water areas of the harbour where fine-grained sediments ultimately accumulate. Areas of the harbor discharging residential or rural parts of the watershed exhibited generally lower levels of contamination. In addition to the relatively higher contaminant levels, areas along the southern shoreline and Windermere Arm characterized by historical industrial activities and associated contaminated sediments exhibited chemical profiles indicating an impact on suspended sediment and bottom sediment quality throughout the harbour. Continued monitoring after scheduled remedial activities should provide an assessment of the overall efficacy of management actions to improve sediment quality in Hamilton Harbour.</jats:p> Trends in Hamilton Harbour suspended sediment quality Aquatic Ecosystem Health & Management
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title_unstemmed Trends in Hamilton Harbour suspended sediment quality
title_full Trends in Hamilton Harbour suspended sediment quality
title_fullStr Trends in Hamilton Harbour suspended sediment quality
title_full_unstemmed Trends in Hamilton Harbour suspended sediment quality
title_short Trends in Hamilton Harbour suspended sediment quality
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topic Management, Monitoring, Policy and Law
Ecology
Aquatic Science
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description <jats:p>Suspended sediment quality in Hamilton Harbour has been assessed as part of a long-term monitoring study (1987–2012). Sampling locations reflected a range of shoreline activities and sources of chemical contamination to the harbour. Temporal data showed a trend toward decreasing levels of contamination by polycyclic aromatic hydrocarbons and polychlorinated biphenyls over the period from the late 1980s to the early 1990s, with a subsequent leveling off over the next two decades. The highest concentrations of both contaminants were detected in areas impacted by industrial activities along the southern shoreline and Windermere Arm, and deep-water areas of the harbour where fine-grained sediments ultimately accumulate. Areas of the harbor discharging residential or rural parts of the watershed exhibited generally lower levels of contamination. In addition to the relatively higher contaminant levels, areas along the southern shoreline and Windermere Arm characterized by historical industrial activities and associated contaminated sediments exhibited chemical profiles indicating an impact on suspended sediment and bottom sediment quality throughout the harbour. Continued monitoring after scheduled remedial activities should provide an assessment of the overall efficacy of management actions to improve sediment quality in Hamilton Harbour.</jats:p>
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author Burniston, Debbie A., Jia, Julia, Charlton, Murray N., Thiessen, Lina, McCarry, Brian E., Marvin, Chris H.
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description <jats:p>Suspended sediment quality in Hamilton Harbour has been assessed as part of a long-term monitoring study (1987–2012). Sampling locations reflected a range of shoreline activities and sources of chemical contamination to the harbour. Temporal data showed a trend toward decreasing levels of contamination by polycyclic aromatic hydrocarbons and polychlorinated biphenyls over the period from the late 1980s to the early 1990s, with a subsequent leveling off over the next two decades. The highest concentrations of both contaminants were detected in areas impacted by industrial activities along the southern shoreline and Windermere Arm, and deep-water areas of the harbour where fine-grained sediments ultimately accumulate. Areas of the harbor discharging residential or rural parts of the watershed exhibited generally lower levels of contamination. In addition to the relatively higher contaminant levels, areas along the southern shoreline and Windermere Arm characterized by historical industrial activities and associated contaminated sediments exhibited chemical profiles indicating an impact on suspended sediment and bottom sediment quality throughout the harbour. Continued monitoring after scheduled remedial activities should provide an assessment of the overall efficacy of management actions to improve sediment quality in Hamilton Harbour.</jats:p>
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spelling Burniston, Debbie A. Jia, Julia Charlton, Murray N. Thiessen, Lina McCarry, Brian E. Marvin, Chris H. 1463-4988 1539-4077 Michigan State University Press Management, Monitoring, Policy and Law Ecology Aquatic Science http://dx.doi.org/10.1080/14634988.2016.1172906 <jats:p>Suspended sediment quality in Hamilton Harbour has been assessed as part of a long-term monitoring study (1987–2012). Sampling locations reflected a range of shoreline activities and sources of chemical contamination to the harbour. Temporal data showed a trend toward decreasing levels of contamination by polycyclic aromatic hydrocarbons and polychlorinated biphenyls over the period from the late 1980s to the early 1990s, with a subsequent leveling off over the next two decades. The highest concentrations of both contaminants were detected in areas impacted by industrial activities along the southern shoreline and Windermere Arm, and deep-water areas of the harbour where fine-grained sediments ultimately accumulate. Areas of the harbor discharging residential or rural parts of the watershed exhibited generally lower levels of contamination. In addition to the relatively higher contaminant levels, areas along the southern shoreline and Windermere Arm characterized by historical industrial activities and associated contaminated sediments exhibited chemical profiles indicating an impact on suspended sediment and bottom sediment quality throughout the harbour. Continued monitoring after scheduled remedial activities should provide an assessment of the overall efficacy of management actions to improve sediment quality in Hamilton Harbour.</jats:p> Trends in Hamilton Harbour suspended sediment quality Aquatic Ecosystem Health & Management
spellingShingle Burniston, Debbie A., Jia, Julia, Charlton, Murray N., Thiessen, Lina, McCarry, Brian E., Marvin, Chris H., Aquatic Ecosystem Health & Management, Trends in Hamilton Harbour suspended sediment quality, Management, Monitoring, Policy and Law, Ecology, Aquatic Science
title Trends in Hamilton Harbour suspended sediment quality
title_full Trends in Hamilton Harbour suspended sediment quality
title_fullStr Trends in Hamilton Harbour suspended sediment quality
title_full_unstemmed Trends in Hamilton Harbour suspended sediment quality
title_short Trends in Hamilton Harbour suspended sediment quality
title_sort trends in hamilton harbour suspended sediment quality
title_unstemmed Trends in Hamilton Harbour suspended sediment quality
topic Management, Monitoring, Policy and Law, Ecology, Aquatic Science
url http://dx.doi.org/10.1080/14634988.2016.1172906