Formation of plumbojarosite (PLJ) reduces bioavailability of soil-borne lead (Pb)

Karna, Ranju R.; Noerpel, Matt; Nelson, Clay; Elek, Brittany; Herbin-Davis, Karen; Diamond, Gary; Bradham, Karen; Scheckel, Kirk; Thomas, David
J.

doi:10.23645/epacomptox.12514952.v1

Karna et al SOT poster review version 02072020.pdf (509.3 kB)

Formation of plumbojarosite (PLJ) reduces bioavailability of soil-borne lead (Pb)

poster

posted on 2020-06-19, 13:48 authored by Ranju R. Karna, Matt Noerpel, Clay Nelson, Brittany Elek, Karen Herbin-Davis, Gary Diamond, Karen Bradham, Kirk Scheckel, David J. Thomas

Poster presented to the Society of Toxicology annual meeting March 2020

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remediation bioavailability soil lead Toxicology

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Formation of plumbojarosite (PLJ) reduces bioavailability of soil-borne lead (Pb)

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