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Comments on “Effect of landfill age on the physical and chemical characteristics of waste plastics/microplastics in a waste landfill sites”
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Effect of landfill age on the physical and chemical characteristics of waste plastics/microplastics in a waste landfill sites
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Researchers examined how landfill age affects waste plastic degradation, finding that older landfills contained smaller, more fragmented microplastics with increased surface oxidation and crystallinity changes, revealing the progressive breakdown pathway of plastics in landfill environments.
Microplastics in Landfill and Leachate
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This chapter comprehensively reviewed microplastic sources, concentrations, transport pathways, and removal techniques within landfills and their leachate — a heavily overlooked but significant vector for microplastic release into surrounding soils and waterways. Landfills act as long-term reservoirs that continuously leach microplastics into groundwater and surface water, making leachate treatment a critical and underaddressed frontier in pollution control.
Microplastics in a solid waste landfill in Japan: concentrations in landfilled waste, cover soil, rainwater and leachate
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Researchers studied a Japanese landfill and found microplastics throughout cover soils and rainwater sediments, but very few in treated leachate, suggesting that while landfills concentrate plastic particles, proper leachate treatment can prevent them from escaping into groundwater.
Profile of microplastic types and soil biological response in the subsurface layer: A case study of the Surabaya landfill
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A case study of a Surabaya landfill characterized microplastic types and soil biological responses in subsurface layers, documenting contamination profiles and ecological impacts at a major urban waste disposal site. The findings underscore that landfills are significant terrestrial hotspots for microplastic pollution, with subsurface contamination posing risks to soil health and groundwater that extend well beyond the immediate disposal area.
Abundance of Microplastics in Landfills and Their Effects on Microbial Processes
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Researchers added microplastics to simulated landfill conditions and found that they shifted the composition of microbial communities and affected iron chemistry over time, raising concerns that the vast quantities of plastic buried in landfills may be quietly disrupting the microbial processes that manage waste decomposition.
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