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Effects of Microplastics Pollution on Plant and Soil Phosphorus: A Meta-Analysis
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Effects of microplastics pollution on plant and soil phosphorus: A meta-analysis
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Across 781 observations from 73 studies, microplastics significantly reduced plant phosphorus uptake and soil available phosphorus while increasing soil phosphorus leaching. Biodegradable microplastics caused stronger negative effects on soil phosphorus than conventional plastics, and impacts worsened with higher concentrations and longer exposure times.
Effect of Different Microplastics on Phosphorus Availability in an Alkaline Paddy Soil
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Researchers found that both biodegradable and conventional microplastics in paddy soil reduced phosphorus availability for crops by suppressing key soil enzymes and microbial genes — suggesting that microplastic contamination of agricultural soils could impair nutrient cycling and potentially reduce food crop yields.
Microplastic Pollution in Terrestrial Systems: Sources and Implications for Soil Functioning and Plant Performance
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Researchers reviewed how microplastics enter terrestrial ecosystems through atmospheric deposition, irrigation, and agricultural mulching and found they reduce soil moisture, disrupt microbial communities, impair nutrient cycling, and harm earthworms — collectively threatening soil health and plant performance in agricultural and natural systems.
Microplastics in Soil-Plant Systems
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This review synthesized evidence on microplastic contamination in terrestrial soil-plant systems, examining effects on soil structure, nutrient cycling, microbial communities, and plant uptake of plastic particles. Because plants can absorb microplastics and translocate them into edible tissue, agricultural soil contamination represents a direct and underappreciated pathway of human dietary exposure to plastic particles.
The regulated effects of phosphorus addition on rhizosphere microecology under microplastic pollution: a comparison based on different plant types
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A pot experiment found that polyethylene microplastics and phosphorus fertilizers interact in crop-specific ways, altering root growth and soil moisture differently in wheat versus maize. Understanding these interactions matters because microplastic contamination in farmland soils could undermine fertilizer strategies and threaten crop productivity.
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