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Speaker |
Title |
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Y. Tardy, J.-R. Bailly, M. Guiresse, M. Kaemmerer, M. P. Boutin, and J.-C. Revel |
An approach for a thermodynamic treatment of the humic substances in soils and plants nutritional environments |
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O. E. Trubetskaya, O. A. Trubetskoj, and C. Saiz-Jimenez |
Polyacrylamide gel electrophoresis of humic and fulvic acids following by acid hydrolysis |
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M. Takacs, J. J. Alberts, and J. Schalles |
Fluorescence spectral changes of natural organic matter (NOM) along a riverine salinity gradient |
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K. Xia, O. Prakash, C. Jeong, and Y. X. Gong |
Two-dimensional 1H-1H NMR analysis of structural component connectivities in a peat humic acid |
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L. Martin-Neto, S. da C. Saab, J. A. Ferreira, O. R. Nascimento, C. Bayer, E. H. Novotny, and J. Mielniczuk |
Recent applications of ESR spectroscopy in soil humic substances research |
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R. D. Vogt, D. O. Andersen, K. Bishop, N. Clarke, T. Gadmar, E. Gjessing, U. Lundstrom, J. Mulder, and M. Starr |
NOM in the Nordic countries |
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Y. Chen, J. Tarchitzky, N. Benny, U. Yermiyahu, and R. Keren |
Boron sorption on humic substances originating from soil, composts and wastewaters, and its uptake by plants |
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A. Parkinson, M. Barry, M. Hobday, and F. Roddick |
The effect of a range of UV wavelengths on aquatic natural organic matter |
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C. Liu and P. M. Huang |
Role of hydroxy-aluminosilicate ions in the formation of humic substances |
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K. Kaiser, L. Haumaier, G. Guggenberger, and W. Zech |
Seasonal changes in the chemical composition of dissolved organic matter in forest floor leachates |
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C. H. Langford and A. G. Bruccoleri |
Photophysics and photochemistry of two well characterized fulvic acids |
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G. V. Korshin and D. Violleau |
Correlations between molecular weight and fluorescence emission in studies of NOM chlorination |
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F. Rey, J. Casado, E. Calle, and P. Facal |
Fractal related morphology of acidic humus-like extract obtained from eucalyptus (Eucalyptus Globulus) |
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S. N. Chukov |
Study by 13C-NMR spectroscopy of humus acids molecular parameters in anthropogenically disturbed soils |
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E. H. Novotny and L. Martin-Neto |
Factors affecting quantitative organic free radical analysis by EPR |
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J. Nyiraneza, G. Bragato, A. Mori, and M. De Nobili |
The determination of the molecular weights distribution of humic substances by HPLC-SEC and capillary electrophoresis : a comparison of results |
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A. Piccolo |
From humic supramolecular self-associations to stable polymeric structures via enzymatic and biomimetic catalyses |
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M. A. Tarr, M. E. Lindsey, and G. Xu |
Sorption of hydrophobic pollutants to natural organic matter : effects on pollutant degradation |
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H.-P. Kloecking, N. Mahr, R. Kloecking, and K. H. Heise |
Influence of naturally occurring humic acids and synthetic humic acid like polymers on the protein C anticoagulant pathway |
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Skrivanek, Lohmannsroben, and Zimmermann |
Strong interactions between organic compounds and humic substances investigated by time-resolved laser spectroscopy. |
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Antimutagenic activity of humic and fulvic acids on root tip cells of legume seedlings. |
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Zsolnay and Steinweg |
The in situ availability of dissolved organic matter to combine with hydrophobic compounds. |
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Schulz |
Interactions of lindane and methoxychlor with soil organic matter associated with selected granulodensimetric soil fractions. |
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Garcia-Mina |
The influence of certain basic physical and chemical properties of different humic systems and humic system-metal complexes on the development and mineral nutrition of plants cultivated in alkaline and lime soils. III - Study of the relationship between stability and solubility as a function of pH. |
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Olness, Clapp, and Hayes |
Application of a general energy model for limited systems to adsorption. |
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Mcknight, Hornberger, Bencala, and Boyer |
Chemical fractionation of |
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Koopal, Van Riemsdijk,
and Kinniburgh |
Nica : A flexible binding equation for complicated systems. |
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Borisover, Reddy, and Graber |
Effect of organic solvents on pyridine sorption by model soil organic matter. |
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Artinger, Schussler, Marquardt,
and Kim |
Processes controlling humic colloid-borne metal transport in aquifers : actinide migration experiments under near natural conditions. |
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Malekani and Rice |
Admicelle formation by humic acid sorbed to clay minerals. |
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Tombacz, Csanaki, Mark,
and Szekeres |
Particle interactions in complex aquatic systems. |
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Severini and Ricca |
Electrochemical behaviour of a fulvic acid and model compounds. |
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Lumsdon |
Modelling metal binding by mineral - humic mixtures. |
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Zhou and Wong |
Duration of sludge bacterial extracellular polymers in contaminated soils and its influence on copper mobilization. |
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Moulin, Moulin, Reiller, Plancque, and Laszak |
Impact of humic and fulvic acids on the behavior of trace elements in natural environments. |
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Bloom, Yin, Qian, Bleam, and Skyllberg |
The bonding of Methyl-Hg+ in humic substances as determined by X-ray spectroscopy. |
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Quantin, Becquer, Rouiller, and Berthelin |
Influence of soil organic matter on trace elements mobilization by ferri-reducing bacteria in a new caledonian oxisol. |
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Wilkinson, Lead, Hosse, and Balnois |
Multi-Method structural characterization of freshwater humic substances. |
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Aiken |
Sources, transformations and reactivity of aquatic humic substances |
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Di-giovanni, Disnar, Keravis, and Olivier |
How fossil organic matter gives informations about modern mechanical weathering. |
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D'orazio, Cocozza, Stevanovic Janezic, Miano, and Senesi |
Effects of application of forest residues on spectroscopic properties of soil humic acids. |
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Devevre and Horwath |
Carbon sequestration into soil organic matter under organic based management. |
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Gleixner |
Molecular turnover rates of soil organic matter. |
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Marschner, Bredow, and Noble |
DOM-Transformations during microbial degradation of soil organic matter. |
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Kalbitz, Geyer, Geyer, and Gehre |
Different dynamic of carbon and nitrogen as related to a different degree of humification of dissolved organic matter. |
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Kracht and Gleixner |
On the formation of dissolved organic matter in different ecosystems (Rosig samples) : A PY-GC/MS-IRMS study. |
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Derenne, Poirier , Rouzaud,
and Mariotti |
Recent advances in the characterization of complex, refractory, organic, macromolecules in soil. |
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Bergamaschi, Fram, Fujii, Aiken, |
Using the reactivity, chemical composition, and d13 C isotopic composition of trihalomethanes to help understand the sources of dissolved organic carbon found in the Sacramento-San Joaquin River Delta (CA USA). |
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Agnelli, Trumbore, Degl'innocenti, Celi, Corti, and Ugolini |
C NMR, D14 C and d13 C characterization of humic and fulvic acids from soil rock fragments. |
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Dignac, Derenne, Bruchet, Knicker |
Pyrolytic and spectroscopic study of macromolecular organic matter in wastewater and treated water. |
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Hatcher, Zang, and Freitas |
Dawning of a new age in the structural characterization of humic substances : studies employing electrospray ionization with ion cyclotron mass spectrometry. |
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Laor, Zolkov, and Armon |
Immobilizing humic acid in a sol-gel matrix - A new tool to for sorption studies. |
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Grasset, Guignard, and Ambles |
Free and esterified fatty acids in humin and humic acid structure. |
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Knicker |
Double dross polarization magic angle spinning 15N 13C NMR spectroscopic studies for characterization of immobilized nitrogen in soils. |
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Simpson, Kingery, Hayes, Spraul, Humpfer, Dvortsak, Kerssebaum, Godejohann, and Hofmann |
The structure and associations of organic molecules in the terrestrial environment. |
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Persson, Alsberg, Odham, and Kiss |
On-line size-exclusion chromatography / electrospray ionisation mass spectrometry of aquatic humic and fulvic acids. |
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