Sediment water (interface) mobility of metal(loid)s and nutrients under undisturbed conditions and during resuspension.
Journal of Hazardous Materials(2020)
Abstract
•1st comparison ex-situ suction based vs. in-situ dialyses based sediment pore water sampling.•16 metal(loid)s and major nutrients in depth profiles at undisturbed sediment water interfaces.•Combined multi-analyte pore water, resuspension and binding form based sediment risk assessment.•Higher release posed by a pristine sediment compared to the potential hazardous materials.
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Key words
Pore water depth profiles,ICP-QQQ-MS,Peeper,Mobilization,Multi-element
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