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Original Articles

A Multi Method Approach to Study Humic Compounds and Metal Speciation in Marine Sediment Samples

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Pages 45-56 | Received 08 Feb 1993, Accepted 16 Jun 1993, Published online: 23 Oct 2006

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Peter A. Tanner, JoanneW. T. Tung & FredrickL. S. Leong. (2005) Limitations of the Quantification of Organic Carbon in Sediment from C–H Stretching Vibrations in DRIFT Spectra. Spectroscopy Letters 38:3, pages 271-282.
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Rosa María Fuentes-Rivas, Francisco Martin-Romero, Daury García Pulido, Reyna M.G.F.d. Oca, Janete Moran Ramírez & Jose Alfredo Ramos Leal. 2018. Agricultural Waste and Residues. Agricultural Waste and Residues.
P. Pazos-Capeáns, M.C. Barciela-Alonso, P. Herbello-Hermelo & P. Bermejo-Barrera. (2010) Estuarine increase of chromium surface sediments: Distribution, transport and time evolution. Microchemical Journal 96:2, pages 362-370.
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Les Ebdon & Andy Fisher. 2007. Encyclopedia of Analytical Chemistry. Encyclopedia of Analytical Chemistry.
Kevin F. Morris, Benjamin J. Cutak, Ann M. Dixon & Cynthia K. Larive. (1999) Analysis of Diffusion Coefficient Distributions in Humic and Fulvic Acids by Means of Diffusion Ordered NMR Spectroscopy. Analytical Chemistry 71:23, pages 5315-5321.
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A.K Pandey, S.D Pandey, V Misra & P.N Viswanathan. (1999) Role of free radicals in the binding of organochlorine pesticides and heavy metals with humic acid. Science of The Total Environment 231:2-3, pages 125-133.
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J. D. Thomas & P. Eaton. (1996) The spatio-temporal patterns and ecological significance of free amino acids and humic substances in contrasting oligotrophic and eutrophic freshwater ecosystems. Hydrobiologia 332:3, pages 183-211.
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J. D. Thomas & P. Eaton. (1996) The accumulation of amino-acids and humic substances in media conditioned by axenic and non-axenic duckweed (Lemna minor L.) and their possible ecological significance. Hydrobiologia 333:2, pages 121-128.
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