Monte Carlo simulation and delayed geochemical hazard revealed the contamination and risk of arsenic in natural water sources

Huiji Liu, Chanjuan Kang,Jun Xie,Mengchang He,Wei Zeng,Chunye Lin,Wei Ouyang,Xitao Liu

Environment international（2023）

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Abstract

•As concentrations in river water, sediment and pore water were studied.•Highest concentration of As in the sediment and pore water was found in the midstream.•Low static and moderate dynamic risks in sediments of the Zijiang River.•The simulated health risks of As in the surface water of the Zijiang River were low.•Reservoir promoted the accumulation and dynamic release of As in the midstream.

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Key words

Arsenic,Zijiang River,Monte Carlo simulation,Delayed geochemical hazard,Natural water source

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