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Microplastic Impact on Plant: Review Paper Using VOSviewer
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A bibliometric analysis using VOSviewer examined 380 Scopus-indexed papers on microplastic effects on plants published from 2011 to 2022, mapping the growth and expansion of this research area over time. The analysis identified key research clusters, prolific authors, and predicted future directions for this rapidly developing field.
Plastic waste is now a major environmental problem worldwide, and it has worsened in the last few years. Scientists are studying how much plastic is in the environment, how dangerous it is, and how to learn it. This study looked at research papers on microplastics’ effects on plants listed by Scopus from 2011 to 2022. The goal was to see how this body of knowledge has grown and expanded over time and guess what it will do. The authors used the VOSviewer package and Scopus analytics for the bibliometric study. A total of 380 manuscripts, written by 159 authors, were taken out. Much study is being done on particle size, quantity, bioaccumulation, and environmental and community effects. Rillig, M.C., Das Berlin-Brandenburgisches Institut für Biodiversitatsforschung, Germany, is thought to be the most productive and often-cited researcher. The Ministry of Education China is the most essential printing house. China is the leader in terms of the number of papers and study partnerships. It is best to look at the International Journal of Pharmaceutics.
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Researchers conducted a bibliometric analysis of ocean plastic pollution research using Scopus data from 2000 to 2024, applying VOSviewer to map co-authorship networks, keyword co-occurrences, and thematic clusters to identify influential contributors and emerging research directions. The analysis revealed rapid growth in publication volume and identified microplastics, marine debris, and policy-related themes as dominant research foci.
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A bibliometric and VOSviewer analysis of riverine microplastic research found exponential growth in publications divisible into three stages, with hotspots including urban sediment analysis, nanoplastic transport, microfiber pollution, and Raman spectroscopy detection. The review maps the intellectual structure of the field to guide future research priorities and international collaboration.
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Researchers performed a bibliometric analysis of microplastics research on bivalves indexed in Science Direct from 2019 to 2024, finding publication growth peaked in 2023 with 240 articles (25.67% of the total) and that the journal Science of the Total Environment published 821 relevant papers. Co-word analysis using VOSviewer identified seven main research clusters in the field.
Bibliometric Analysis on Contaminant Microplastics in Compost (2018 to 2022) Through VOSviewer
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Researchers conducted a bibliometric analysis of scientific publications on microplastic contamination in compost from 2018 to 2022, mapping research trends and identifying compost as an important but underexamined pathway for microplastics entering agricultural soils.
A global bibliometric analysis of research on microplastics from 2004 to 2020
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Researchers conducted a global bibliometric analysis of microplastic research from 2004 to 2020, tracing the exponential growth in publications and identifying research clusters around topics like marine contamination, ecotoxicology, and analytical methods. The analysis maps how the field has developed and highlights areas where research is still limited, such as terrestrial ecosystems and human health effects.
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