Wednesday, 1 April, 2026
Peer-reviewed contributions in isotope geochemistry and environmental tracing, the scientific foundation on which IsoFind's methods are built.
Soils locally affected by extreme Pb and moderate Sb contamination. Antimony isotopes allowed discrimination between mining vs metallurgical sources using a combined Pb–Sb signature.
PhD thesis exploring the potential of antimony stable isotopes as environmental tracers. Application to aquatic systems impacted by mining and industrial activities.
C and N stable isotopes measured in four compartments of Lake Titicaca. Anthropogenic discharge affects baseline isotope signatures, with C recycling from soil and lacustrine sources.
Experimental determination of antimony isotope fractionation during adsorption on goethite and ferrihydrite. Quantifies the isotopic shift induced by surface complexation reactions.
Characterisation of Sb isotope fractionation during oxidation of Sb(III) to Sb(V) under biotic and abiotic conditions. Key reference for interpreting Sb isotopic signatures in oxidising environments.
All publications, conference proceedings and full citation metrics are available on ResearchGate. The methods used in IsoFind are directly derived from this body of peer-reviewed research.
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