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Heavy Metal Transport from Dredged Sediment Derived Surface Soils in a Laboratory Rainfall Simulation Experiment

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Abstract

Heavy metals in dredged sedimentdisposal sites may be transported through runoff andpercolation. In the present study metal fluxes byrunoff and percolation were determined under simulatedrainfall at a slope of 19% and a rainfall intensityof approximately 40 mm h-1. These circumstancescorrespond to half the mean annual erosivity of rainunder Belgian weather conditions. Surface runoff andpercolating water samples were analysed for suspendedsolids, total dissolved carbon and Cd, Cr, Cu, Ni, Pb and Zn.Runoff rate and sediment yields were highest for asilt loam sediment, characterised by a low clay andorganic matter content. Metal concentrations in runoffand percolating water varied widely between thesediments studied and were related to the total metalcontent in the sediment. In runoff and percolatingwater from the contaminated sediments, metalconcentrations strongly exceeded the Netherlands Areference values for ground water quality. Very highmetal fluxes were observed for the recently oxidiseddredged sediment. Metal transport per unit surfacearea through percolating water was from two to morethan twenty times greater than that in surface runoff.

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Correspondence to F. M. G. Tack.

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Singh, S.P., Tack, F.M.G., Gabriels, D. et al. Heavy Metal Transport from Dredged Sediment Derived Surface Soils in a Laboratory Rainfall Simulation Experiment. Water, Air, & Soil Pollution 118, 73–86 (2000). https://doi.org/10.1023/A:1005140726372

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