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Microplastic interaction with Fe-P coupling pathways induced cadmium immobilization in tropical agricultural soils
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DOI：10.1016/j.envpol.2026.128912.png)
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Abstract
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• MPs transform exchangeable Cd to reducible Cd in soil macroaggregates. • In red soil, MPs drive Fe oxide crystallization and P release to immobilize Cd. • In paddy soil, MPs foster local anoxic zones and Fe(III) reduction to fix Cd. • MPs activate soil P, promoting Cd fixation via Fe-P-Cd surface interactions. • Short-term tests reveal how MPs alter Fe-P cycling to reduce Cd mobility.
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2.6W
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13.8W
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