Arsenic contamination and mitigation
Moving in Environmental research, Environmental pollution, bioRxiv, Nature Communications and Plant Physiology and Biochemistry.
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Latest in Arsenic contamination and mitigation
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Penicillium sp. D7 enhances Arabidopsis thaliana growth under arsenic (As(III)) stress by five-fold through reprogramming hormone signaling and detoxification pathways.
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A single prenatal spot measurement poorly predicts arsenic profiles and growth outcomes in children from mother-child pairs in South Korea.
Sulfate-reducing bacteria transform Sb(III)-loaded schwertmannite, causing dynamic Sb mobility with 92.8% removal when Sb is initially dissolved, but also risking remobilization.
Seasonal multi-matrix assessment reveals pesticide and metal bioaccumulation peaks in Lake Chapala, Mexico, with ecological risk reaching 935.9 during the rainy season.
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