Note: Program subject to change without notice

Wednesday, November 7, 2007: 1:25 PM
287: Redox Reactions in Soils
Sponsor: S02 Soil Chemistry
  Introductory Remarks
  Kinetics and Mechanism of Copper(II) Reduction by Iron(II) in Aqueous Solutions.
Christopher Matocha, University of Kentucky, Gerald Haszler, University of Kentucky
  Enhancement of Fe(III) Bioreduction in Soils in the Presence of Added Humic Substances.
Sudipta Rakshit, University of California-Berkeley, Minori Uchimiya, University of California-Berkeley, Garrison Sposito, University of California-Berkeley
  Effects of Plant Growth and Irrigation Water Quality on Redox Potential Regime and Element Concentrations of Irrigated Soils. I. Effect on Redox Regime.
Ido Negev, Department of Soil and Water Science, the Hebrew University of Jerusalem, Amos Banin, Department of Soil and Water Science, the Hebrew University of Jerusalem, Uri Shani, Department of Soil and Water Science, the Hebrew University of Jerusalem
  Toward a Better Understanding of the Linkages between the Microbiological and Chemical Reduction Pathways of Hexavalent Chromium.
Dominic Brose, University of Maryland, Bruce James, University of Maryland
  A Biogeochemical Reactor to Quantify Redox Effects in Soil Solution Chemistry.
Chi-Hua Huang, USDA-ARS, Alfredo De Campos, Purdue University-Agronomy Dept., Cliff Johnston, Purdue University-Agronomy Dept.
  Ability to Measure Cation Exchange Capacity of Soil in Various Aeration Conditions.
Pierre Renault, INRA, Patrick Cazevieille, CIRAD, Jérémie Verdier, INRA, Christian Clara, CIRAD, Yasmina Lahlah, INRA
  Adjourn

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