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Original research — experimental, observational, or case-control study. Direct primary evidence.
Environmental Sources
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Journal of Hazardous Materials2022
181 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 50
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Mouliang Xiao,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Mouliang Xiao,
Davey L. Jones,
Yongxiang Yu,
Mouliang Xiao,
Mouliang Xiao,
David R. Chadwick
Davey L. Jones,
Huaiying Yao,
David R. Chadwick
Jina Ding,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
David R. Chadwick
Yongxiang Yu,
Jina Ding,
Mouliang Xiao,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Davey L. Jones,
Yongxiang Yu,
Yu Luo,
Yongxiang Yu,
Yongxiang Yu,
Mouliang Xiao,
Mouliang Xiao,
David R. Chadwick
Davey L. Jones,
Haoqing Zhang,
Davey L. Jones,
Mouliang Xiao,
Tida Ge,
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Yongxiang Yu,
Huaiying Yao,
Yongxiang Yu,
David R. Chadwick
Jina Ding,
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
Davey L. Jones,
Mouliang Xiao,
David R. Chadwick
Davey L. Jones,
Mouliang Xiao,
Yongxiang Yu,
Davey L. Jones,
Yongxiang Yu,
Davey L. Jones,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Yongxiang Yu,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
David R. Chadwick
David R. Chadwick
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Tida Ge,
Tida Ge,
Tida Ge,
Tida Ge,
Tida Ge,
Zhenke Zhu,
Zhenke Zhu,
Jianping Chen,
Yu Luo,
Huaiying Yao,
Davey L. Jones,
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Huaiying Yao,
Jina Ding,
Davey L. Jones,
Huaiying Yao,
Huaiying Yao,
Yongxiang Yu,
Davey L. Jones,
Davey L. Jones,
Yongxiang Yu,
Huaiying Yao,
Huaiying Yao,
Davey L. Jones,
Yongxiang Yu,
Tida Ge,
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
Huaiying Yao,
Yongxiang Yu,
Jina Ding,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Zhenke Zhu,
Davey L. Jones,
Tida Ge,
Yongxiang Yu,
David R. Chadwick
Huaiying Yao,
Yongxiang Yu,
Davey L. Jones,
Davey L. Jones,
Huaiying Yao,
Huaiying Yao,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
Jina Ding,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Jina Ding,
Zhenke Zhu,
Huaiying Yao,
Huaiying Yao,
Tida Ge,
Tida Ge,
Tida Ge,
Zhenke Zhu,
Davey L. Jones,
Davey L. Jones,
Tida Ge,
Huaiying Yao,
David R. Chadwick
Tida Ge,
Davey L. Jones,
Huaiying Yao,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
David R. Chadwick
David R. Chadwick
David R. Chadwick
David R. Chadwick
Jianping Chen,
Tida Ge,
Tida Ge,
Tida Ge,
Jianping Chen,
Jianping Chen,
Davey L. Jones,
Mouliang Xiao,
Huaiying Yao,
Huaiying Yao,
Tida Ge,
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
Davey L. Jones,
Jina Ding,
Yu Luo,
Davey L. Jones,
Davey L. Jones,
Tida Ge,
Tida Ge,
David R. Chadwick
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
Davey L. Jones,
David R. Chadwick
David R. Chadwick
David R. Chadwick
David R. Chadwick
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
Davey L. Jones,
David R. Chadwick
Summary
Researchers found that microplastics shape soil microbial communities in paddy soils in ways that affect organic matter decomposition, revealing how bacterial succession and carbon cycling are altered by microplastic presence in agricultural systems.
Microplastics (MPs) can alter microbial communities and carbon (C) cycling in agricultural soils. However, the mechanism by which MPs affect the decomposition of microbe-driven soil organic matter remains unknown. We investigated the bacterial community succession and temporal turnover during soil organic matter decomposition in MP-amended paddy soils (none, low [0.01% w/w], or high [1% w/w]). We observed that MPs reduced the CO efflux rate on day 3 and subsequently promoted it on day 15 of incubation. This increased CO emission in MP-amended soil may be related to (i) enhanced hydrolase enzyme activities or; (ii) shifts in the Shannon diversity, positive group interactions, and temporal turnover rates (from 0.018 to 0.040). CO efflux was positively correlated (r > 0.8, p < 0.01) with Ruminiclostridium_1, Mobilitalea, Eubacterium xylanophilum, Sporomusa, Anaerobacteriu, Papillibacter, Syntrophomonadaceae, and Ruminococcaceae_UCG_013 abundance in soil with high MPs, indicating that these genera play important roles in soil organic C mineralization. These results demonstrate how microorganisms adapt to MPs and thus influence the C cycle in MP-polluted paddy ecosystems.