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Using side-scan sonar and sediment sampling to identify concentrated areas of coal ash within a recreational lake

Backstrom, Joni Thomas ; Burdette, Kemp Magnus ; Connell, Patrick Michael

Lake and reservoir management, 2024-01, Vol.40 (1), p.36-42 [Periódico revisado por pares]

Madison: Taylor & Francis

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Using side-scan sonar and sediment sampling to identify concentrated areas of coal ash within a recreational lake
Autor: Backstrom, Joni Thomas ; Burdette, Kemp Magnus ; Connell, Patrick Michael
Assuntos: Arsenic ; Benthic environment ; Benthos ; Cadmium ; Chemical analysis ; Coal ; Coal-fired power plants ; Electric power generation ; Fly ash ; Fossil fueled power plants ; Heavy metals ; Lakes ; legacy contaminants ; Locating ; Mercury ; Metals ; North Carolina ; Pollution ; Power plants ; Recreation ; remote sensing ; Sampling ; Sediment ; Sediment samplers ; Sediment samples ; Sediment sampling ; Selenium ; Side scan sonar ; Sonar ; Surveys ; Sutton Lake
É parte de: Lake and reservoir management, 2024-01, Vol.40 (1), p.36-42
Descrição: Backstrom JT, Burdette KM, Connell PM. 2024. Using side-scan sonar and sediment sampling to identify concentrated areas of coal ash within a recreational lake. Lake Reserv Manage. 40:36-42. Coal ash is a globally recognized legacy pollutant associated with coal-powered electricity generating stations, containing numerous heavy metals. These include arsenic, mercury, selenium, and cadmium, which are known to cause significant impacts on aqueous and benthic environments. In this pilot study, side-scan sonar surveys, coupled with sediment sampling and chemical analysis, were used to map and identify areas of contaminated coal ash in and around Sutton Lake, a recreational waterbody located adjacent to the Sutton coal-fired power plant, near Wilmington, North Carolina. Preliminary results are promising with this innovative and cost-effective survey method of mapping and locating legacy coal pollution, which may ultimately assist with monitoring, management, and remediation of coal ash waste locally and nationally.
Editor: Madison: Taylor & Francis
Idioma: Inglês

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Using side-scan sonar and sediment sampling to identify concentrated areas of coal ash within a recreational lake

Backstrom, Joni Thomas ; Burdette, Kemp Magnus ; Connell, Patrick Michael

Madison: Taylor & Francis

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