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In an oil spill in mangrove areas, there is a high possibility of oil aggregation with suspended particulate matter, which may determine the bottom sediment as the final destination of the OSA (Oil-Suspended Particulate Aggregate). In many cases, this formation can pose a great risk to benthic and nectonic organisms. Ecotoxicity tests with these organisms have been widely used as one of the most accurate forms of biological monitoring of anthropogenic impacts on different ecosystems. This study evaluates the ecotoxicity of OSA formation in mangrove simulations, using sediment samples collected…mehr

Produktbeschreibung
In an oil spill in mangrove areas, there is a high possibility of oil aggregation with suspended particulate matter, which may determine the bottom sediment as the final destination of the OSA (Oil-Suspended Particulate Aggregate). In many cases, this formation can pose a great risk to benthic and nectonic organisms. Ecotoxicity tests with these organisms have been widely used as one of the most accurate forms of biological monitoring of anthropogenic impacts on different ecosystems. This study evaluates the ecotoxicity of OSA formation in mangrove simulations, using sediment samples collected along the Rio Pardo estuary, in the municipality of Canavierias, Bahia, through pilot-scale tests with simulation units, carried out with oil from the Campos basin. The procedure was carried out using acute and chronic exposure toxicology tests to determine the CL50 (50% lethal concentration) using the copepod Nitokra sp. and the microcrustacean Artemia salina.
Autorenporträt
Bióloga con un máster en geoquímica, tiene una amplia experiencia como investigadora en el campo del medio ambiente. Actualmente es doctoranda en Geología y sus principales intereses académicos se centran en la geoquímica y la geología ambiental, la rehabilitación de zonas afectadas por el petróleo, la vigilancia y la gestión ambiental, y la ecotoxicología centrada en el análisis de ecosistemas tropicales.