We can't find the internet
Attempting to reconnect
Something went wrong!
Hang in there while we get back on track
Microplastic Abundance in Sediment in Pangandaran Waters, West Java, Indonesia
Summary
Researchers measured microplastic abundance in sediments at multiple stations in Pangandaran waters, West Java, Indonesia, finding the highest counts at station 2 (12,622 particles, mostly fibers and fragments) and the lowest at station 4 (1,809 particles). The study identifies oceanographic factors — currents, waves, and tides — as key drivers of microplastic movement and accumulation patterns in coastal Indonesian waters.
Rapid development in the tourism sector of Pangandaraan raises various problems such as environmental degradation, environmental pollution and waste problems. Microplastic pollution in the oceans is a type of hazardous waste, with microscopic plastic particles less than 5 mm in size. Generally, easy-to-find microplastics include fragments, films, and fibers. Microplastic abundances are found in deep sea areas similar to those in the intertidal area. The purpose of this research is to know the microplastic composition which is sedimentation in various types of sediments and the factors that influence the changes to the microplastic sedimentation in the Pangandaran waters. This research uses the survey method. The most common microplastic particles in station 2 were 12.622 particles (fibers and fragments) and the lowest was found in station 4 of 1.809 particles (fiber, fragment and film). The highest number of microplastic particles trapped in mesh size sediment between 106 µm – 250 µm. Current, waves and tides are factors that cause microplastic movement in the sea. The distribution of microplastic particles is influenced by oceanography factor, density, shape and size of microplastic.
Sign in to start a discussion.
More Papers Like This
Microplastic Abundance in Sediment in Pangandaran Waters, West Java, Indonesia
This study measured microplastic abundance in sediments across Pangandaran waters, finding highest concentrations of fibers and fragments near tourism-affected coastal zones and identifying particle size (106–250 µm) as the dominant fraction retained in sediments. Oceanographic factors including waves, tides, and currents were identified as the primary mechanisms controlling microplastic distribution across the sampling sites.
Abundance of microplastic in sediment around the west coast of Situbondo, East Java
Microplastic abundance was surveyed in beach sediments along the west coast of Situbondo, East Java, Indonesia, finding contamination at all seven sampled beaches with patterns reflecting local plastic use, waste management, and oceanographic transport.
Microplastic Distribution in Beach Sediments: Comparison Between the North and South Waters of East Java Island, Indonesia
Researchers compared microplastic concentrations in beach sediments on the north (Java Sea) versus south (Indian Ocean) sides of eastern Java Island, Indonesia, finding higher levels on the northern beaches that are closer to major population centers and shipping lanes. Fiber shapes and blue color dominated across all sites, and concentrations ranged from about 55 to 103 particles per kilogram. The study highlights how local population density, coastal morphology, and ocean current patterns together shape where microplastics accumulate on tropical beaches.
Abundance and Characteristics of Microplastics in Coastal Sediment and Seawater Collected from Surabaya and Tulungagung
Microplastic abundance in seawater and coastal sediments from two East Java sites differed significantly — Surabaya (north coast) showed 2,100 particles/m³ in water vs. 170 particles/m³ in Tulungagung (south coast) — with fragment and fiber types dominant at both sites.
A novel report on the occurrence of microplastics in Pekalongan River Estuary, Java Island, Indonesia
Researchers measured microplastic contamination in water and sediments of the Pekalongan River estuary in Indonesia, finding concentrations of 45.2-99.1 particles/L in water and 0.77-1.01 particles/g in sediment. Polystyrene, polyester, and polyamide were the dominant polymers, with fragments and films smaller than 1 mm accounting for the majority.