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Distribution and characteristics of microplastics in 16 benthic organisms in Haizhou Bay, China: Influence of habitat, feeding habits and trophic level

Marine Pollution Bulletin 2023 15 citations ? Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count. Score: 45 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.

Kexin Song, Wei Huang Kexin Song, Wei Huang Kexin Song, Shiwei Liu, Kexin Song, Zhihua Feng, Zhihua Feng, Zhihua Feng, Shiwei Liu, Kexin Song, Kexin Song, Zhihua Feng, Shiwei Liu, Shiwei Liu, Shiwei Liu, Shiwei Liu, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Jiaxuan Wang, Kexin Song, You Li, Siqi Xie, Siqi Xie, Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Siqi Xie, Jiaxuan Wang, Wei Huang Zhihua Feng, Wei Huang Shiwei Liu, Kexin Song, Kexin Song, Kexin Song, Kexin Song, Kexin Song, Wei Huang Shiwei Liu, Zhihua Feng, Wei Huang Wei Huang Wei Huang Wei Huang Siqi Xie, Wei Huang Wei Huang Shiwei Liu, Shiwei Liu, Zhihua Feng, Zhihua Feng, Kexin Song, Shiwei Liu, Kexin Song, Zhihua Feng, Zhihua Feng, Shiwei Liu, Shiwei Liu, Kexin Song, Wei Huang Wei Huang Wei Huang Shiwei Liu, Shiwei Liu, Wei Huang Shiwei Liu, Shiwei Liu, Shiwei Liu, Zhihua Feng, Wei Huang Zhihua Feng, Wei Huang Zhihua Feng, Wei Huang Wei Huang Zhihua Feng, Jiaxuan Wang, Jiaxuan Wang, Zhihua Feng, Zhihua Feng, Zhihua Feng, Shiwei Liu, Shiwei Liu, Kexin Song, Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Siqi Xie, Siqi Xie, You Li, You Li, Jiaxuan Wang, Zhihua Feng, Zhihua Feng, Zhihua Feng, Shiwei Liu, Shiwei Liu, Zhihua Feng, Wei Huang Wei Huang Jiaxuan Wang, Jiaxuan Wang, Wei Huang Wei Huang Zhihua Feng, Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Shiwei Liu, Wei Huang Zhihua Feng, Wei Huang Wei Huang Wei Huang Zhihua Feng, Wei Huang Wei Huang Wei Huang Shiwei Liu, Wei Huang Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang Wei Huang Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang Zhihua Feng, Zhihua Feng, Jiaxuan Wang, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang You Li, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang Wei Huang Wei Huang Zhihua Feng, Zhihua Feng, Zhihua Feng, Zhihua Feng, Wei Huang Wei Huang Wei Huang Wei Huang Zhihua Feng, Zhihua Feng, Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang Wei Huang

Summary

Researchers examined microplastic contamination in 16 species of bottom-dwelling marine organisms in Haizhou Bay, China, and found plastics in every species tested, averaging about 9 particles per individual. The type of habitat, feeding strategy, and position in the food chain all influenced how much microplastic each species accumulated. The study confirms that benthic organisms are reliable indicators of microplastic pollution and that contamination is at a moderately high level by international standards.

Study Type Environmental

Microplastics (MPs) are widely found in the ocean and cause a serious risk to marine organisms. However, fewer studies have been conducted on benthic organisms. This study conducted a case study on the pollution characteristics of MPs on 16 marine benthic organisms in Haizhou Bay, and analyzed the effects of habitat, trophic level, and feeding mode on the MPs pollution characters. The results showed that MPs were detected in all 16 organisms with an average abundance of 8.84 ± 9.14 items/individual, which is in the middle-high level in the international scale. Among the detected MPs, the main material was cellophane. This study showed that benthic organisms can be used as indicator organisms for MPs pollution. MPs in organisms can be affected by their habitat, trophic level, and feeding mode. Comprehensive analysis of MPs in benthic organisms will contribute to fully understand the characterization and source resolution of MPs pollution.

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