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Study on the type and density of marine debris at Lhok Bubon Beach, West Aceh
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This Indonesian study classified and quantified marine debris at Lhok Bubon tourist beach in West Aceh in July 2023, finding debris densities of 77 to 110 items per square meter at two stations, with hard and soft plastics collectively accounting for over 56% of total waste at each station. The results revealed particularly high plastic concentrations in less-maintained remote areas, emphasizing the need for improved waste management practices in this coastal region.
Marine debris poses a serious threat to both marine ecosystems and human health. With its extensive coastline and numerous islands, Indonesia is especially vulnerable to pollution from marine waste. The waters of Aceh, including Lhok Bubon tourist beach, are becoming increasingly polluted by plastic debris due to local coastal activities and poor waste management practices. This study classifies marine debris and analyzes its composition at Kuala Bubon tourist beach in Samatiga District, West Aceh Regency. Data collection took place in July 2023 at two Stations: one close to traders and crowds, and another in a more remote area. At Station I, hard plastic waste dominated, comprising 30,73% of total waste, while at Station II, it accounted for 53,32%. The density of marine debris was 77,45 items/m² at Station I and 110,65 items/m² at Station II. Waste weight density was 2207,5 grams/m² and 2137,5 grams/m², respectively. Hard and soft plastics were the most common waste types. Hard plastic made up 56,55% of total waste at Station I, whereas soft plastic reached 89,52% at Station II. The study reveals a high concentration of plastic waste, particularly in less-maintained areas, emphasizing the need for better waste management practice.
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Researchers assessed the composition, characteristics, and abundance of marine debris on two economically active coastlines in West Aceh, Indonesia, comparing a fishing-adjacent beach and a tourism beach to characterize plastic and other waste accumulation patterns in relation to coastal land use activities.
Accumulation, Composition, Density, and Volume of Marine Litter on Palu Bay
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Researchers surveyed macro-debris accumulation at four coastal sites in Palu Bay, Indonesia, and found that residential and river-influenced sites accumulate heavier waste dominated by household items, while tourism zones generate higher item densities of lightweight single-use plastics — with plastic exceeding 94% of debris at tourism beaches.
Microplastics contamination of sea surface water in Banda Aceh City and Aceh Besar District, Aceh Province, Indonesia
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Researchers analyzed microplastic contamination in sea surface waters of Banda Aceh City and Aceh Besar District along the coast of Aceh Province, Indonesia, where plastic waste from urban areas degrades into microparticles threatening coastal water quality. The study quantified microplastic concentrations and characterized particle types in surface water samples from this Indonesian coastal region.
Identification of Floating Marine Debris in The Banda Aceh Estuary
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Researchers identified and characterized floating marine debris in the Krueng Aceh estuary of Banda Aceh, Indonesia, finding plastic as the dominant material among debris types. The high volume of waste entering from the river reflects dense human activity in the watershed and highlights the need for improved waste management.
Abundance of Marine Debris on Padang and Pariaman Beaches West Sumatra Province
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Researchers surveyed marine debris abundance on Padang and Pariaman tourist beaches in West Sumatra, Indonesia, identifying eight waste types including plastic, metal, glass, wood, paper, rubber, and cloth. Total fragment densities reached 3,392 items/m2 on Padang Beach and 2,484 items/m2 on Pariaman Beach, with no statistically significant difference between the two locations.
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