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CONTENT Vol. 2 - Humus.ru

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15th IHSS Meeting- <strong>Vol</strong>. 2<br />

Research Theme 5<br />

Dissolved organic molecules in soils: origin, functionality and transport<br />

MOL5-1 (133) A novel approach to analyzing dissolved organic matter in ice core<br />

samples by Fourier transform ion cyclotron mass spectrometry. J.J.S. Marsh, P.G.<br />

Hatcher, A.M. Grannas, V.L. Boschi, N.L. Harmuth<br />

MOL5-2 (121) Distribution of protein-like components in electrophoretic fractions of<br />

humic substances from soils and their litter layers. O. T<strong>ru</strong>betskoj, N. Ganzhara, O.<br />

T<strong>ru</strong>betskaya<br />

MOL5-3 (245) Soil liquid phase pH-controlling role of water-soluble organic compounds<br />

in presence of extra heavy metal concentrations. I. Makarychev<br />

MOL5-4 (262) St<strong>ru</strong>ctural analysis of dissolved organic matter with hydrophilic<br />

interaction liquid chromatography and nuclear magnetic resonance spectroscopy. G.C.<br />

Woods, M.J. Simpson, A.J. Simpson<br />

Characterization of Natural Organic Matter and Humic Substances<br />

CHA1 (13) Pyrolytic approaches for the molecular characterization of lignite humic<br />

substances. M. Stefanova, S. Marinov, L. Grasset, A. Amblès<br />

CHA3 (47) Specific surface area of humic acids isolated from soils amended with<br />

different organic matter determined from water vapour and nitrogen adsorption data. J.<br />

Kwiatkowska-Malina, Z. Sokołowska<br />

CHA4 (70) Spectroscopic study of humic substances extracted from sediment at<br />

Goczałkowice Dam reservoir. M. Bartoszek, J. Polak, N. Młynarczyk, A. Kos, W.W.<br />

Sułkowski<br />

CHA5 (78) Reactivity and chemical characterization of effluent derived-organic<br />

nitrogen in freshwaters determined from Fourier transform ion cyclotron mass<br />

spectrometry (FT-ICR-MS). R. Mesfioui, P.G. Hatcher, M.R. Mulholland, D.A. Bronk,<br />

E.A. Canuel, N.G. Love<br />

CHA6 (100) Fluorescence dynamics of humic substances re-considered: st<strong>ru</strong>cture vs.<br />

heterogeneity. S. Eidner, S. Gehne, M.U. Kumke<br />

CHA7 (105) Characterization of humic acids from point of view of dissociation. E.<br />

Cechova, R. Kolajova, M. Klucakova<br />

CHA8 (110) Photochemical properties of humic substances: toward a better<br />

characterization of the photosensitizing chromophores (localisation, fluorescence<br />

characteristics). C. Coelho, G. Guyot, A. ter Halle, O. T<strong>ru</strong>betskaya, O. T<strong>ru</strong>betskoj, L.<br />

Cavani, C. Ciavatta, C. Richard<br />

<strong>Vol</strong>. 2 Page - 5 -

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