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Evaluation of microplastic and marine debris on the beaches of Niterói Oceanic Region, Rio De Janeiro, Brazil

Número de edição do periódico:113161
Volume:175
Autor:Silva, Elaine Ferreira da
Autor:Carmo, Dirlane de Fátima do
Autor:Muniz, Marcelo Costa
Autor:Santos, Camila Américo dos
Autor:Cardozo, Bárbara Barroso Issa
Autor:Costa, Daniel Miranda de Oliveira
Autor:dos Anjos, Roberto Meigikos
Autor:Vezzone, Mariana
Data de Acesso:2024-02-18T22:11:57Z
Ano de publicação:2022
Abstract:The characterization of microplastics helps to improve sustainable management practices in aquatic ecosystems impacted by plastic litter. Plastic litter and microplastics from four ocean beaches in the Niterói municipality was evaluated in winter and summer. The collection and preparation of microplastic sample procedures followed on the protocol developed by the RLA7025 Project of the International Atomic Energy Agency. Marine debris followed to the United Nations Environment Program protocol. The polymer was characterized by ATR-FTIR technique.The Clean Coast Index was used to determine the degree of dirt on the beaches. Polyethylene (43%) and Polystyrene (52%) were the most abundant microplastics. The plastic is the most abundant category; representing 85% in winter and 73% in summer.The main sources are related to the consumption of drinks and food. These results emphasize the importance of reverse logistics and the value chain for packaging material and the need for effective actions managing solid waste.
Proveniência:Submitted by Elaine da Silva (elainefs@id.uff.br) on 2024-01-18T19:34:02Z No. of bitstreams: 1 1-s2.0-S0025326X21011954-ElaineFerreira.pdf: 3183520 bytes, checksum: 042010a78473d6c0dbb2a325922a7d45 (MD5)
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Proveniência:Made available in DSpace on 2024-02-18T22:11:57Z (GMT). No. of bitstreams: 1 1-s2.0-S0025326X21011954-ElaineFerreira.pdf: 3183520 bytes, checksum: 042010a78473d6c0dbb2a325922a7d45 (MD5) Previous issue date: 2022
Região:Sudeste
Resumo:The characterization of microplastics helps to improve sustainable management practices in aquatic ecosystems impacted by plastic litter. Plastic litter and microplastics from four ocean beaches in the Niterói municipality was evaluated in winter and summer. The collection and preparation of microplastic sample procedures followed on the protocol developed by the RLA7025 Project of the International Atomic Energy Agency. Marine debris followed to the United Nations Environment Program protocol. The polymer was characterized by ATR-FTIR technique.The Clean Coast Index was used to determine the degree of dirt on the beaches. Polyethylene (43%) and Polystyrene (52%) were the most abundant microplastics. The plastic is the most abundant category; representing 85% in winter and 73% in summer.The main sources are related to the consumption of drinks and food. These results emphasize the importance of reverse logistics and the value chain for packaging material and the need for effective actions managing solid waste.
Formato:application/pdf
DOI (Identificador de Objeto Digital):https://doi.org/10.1016/j.marpolbul.2021.113161
Identificador ISSN:0025.326x
URI:https://deposita.ibict.br/handle/deposita/494
Idioma:eng
Instituição:UFF
País:Brasil
Título do periódico:Marine Pollution Bulletin
Tipo de acesso:openAccess
Palavra Chave:Microplastic
Palavra Chave:ATR-FTIR
Palavra Chave:Marine plastic litter
Palavra Chave:Oceanic Region
Área de conhecimento CNPq:Poluição Ambiental
Título:Evaluation of microplastic and marine debris on the beaches of Niterói Oceanic Region, Rio De Janeiro, Brazil
Tipo:Artigo
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