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Microplastics pollution in selected rivers from Southeast Asia

APN Science Bulletin 2022 28 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 50 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.

Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Emenda Sembiring, Anh Tuan Ta Emenda Sembiring, Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Anh Tuan Ta Sandhya Babel, Anh Tuan Ta Anh Tuan Ta Emenda Sembiring, Sandhya Babel, Emenda Sembiring, Emenda Sembiring, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Emenda Sembiring, Emenda Sembiring, Emenda Sembiring, Emenda Sembiring, Emenda Sembiring, Emenda Sembiring, Emenda Sembiring, Sandhya Babel, Sandhya Babel, Anh Tuan Ta Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Anh Tuan Ta Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Sandhya Babel, Emenda Sembiring, Emenda Sembiring, Anh Tuan Ta Thi Phuong Loan Nguyen, Sandhya Babel, Sandhya Babel, Emenda Sembiring, Anh Tuan Ta Emenda Sembiring, Tjandra Setiadi, Tjandra Setiadi, Alice Sharp, Anh Tuan Ta

Summary

Researchers surveyed microplastic pollution in rivers across Southeast Asia, a region with high plastic waste discharge but limited monitoring data, documenting the distribution and characteristics of microplastics in these understudied waterways.

Polymers

PE PP

Study Type Environmental

Microplastics have been found in all hemispheres of the world. However, studies on microplastics are mainly conducted in Europe, North America, and East Asia. Few studies are reported in the Southeast Asian region, where a large number of plastic waste is disposed of improperly into the water. This study investigated the abundance and characteristics of microplastics in the surface water of the Chao Phraya River (Thailand), Citarum River (Indonesia), and Saigon River (Vietnam). Samples were collected at urban and estuary zones of these rivers. The numbers of microplastics at the urban zones were 80±60, 12±6, and 68±20 items/m3 at the Chao Phraya, Citarum, and Saigon River, respectively. At the estuary zones, the numbers of microplastics were 48±8, 0±0 (0.08±0), and 42±5 items/m3 at the Chao Phraya, Citarum, and Saigon River, respectively. Microplastics with morphologies of fragments and fibres were mainly found in the rivers. Polypropylene and polyethylene particles were the most abundant in all collected samples. Since the selected rivers play important roles in water supply and aquaculture activities, the presence of microplastics in these rivers may negatively impact aquaculture and human health. Potential plastic management strategies to minimize microplastic problems in the selected rivers were also proposed in this study.

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