Denver / Irvine / Rochester / Hannover / Rockville / Ottawa / Crimea / New York / Madison / Washington / DC / JONES ET / Reston / Littleton / London / Pyhasalmi / /
Company
Alpers / Nordstrom / Brown / Norton / Sidenko N. V. / GenBank / Dionex / Iron Mountain Superfund Site / J. W. Ball S. A. / Hanson / Zn Ag / /
Country
Germany / United States / Canada / Finland / Ukraine / / /
National Center / Elizabeth Mine / The Shadle Mine / Elizabeth Copper Mine / Nordic Lake mine / University of Massachusetts / Shadle Mine / /
IndustryTerm
metal reduction / ocean waste-disposal site / chemical coal cleaning / microbial metal reduction / rubber / energy / discharge site / metal accumulation / metallurgical processing / chemical reduction / extraction solutions / microbial energy metabolism / chemical / chemical and biological factors / chloride media / /
NaturalFeature
Potomac River / Elliot Lake / Sacramento River / /
Organization
University of Massachusetts / Cornell / U.S. government / U.S. Environmental Protection Agency / National Center / office of Wetlands / Oceans / and Watersheds / American Geophysical Union / Federal Government / International Congress / /
Person
Taylor / E. T. Slonecker / Nat / Crystal Structures / Clay Minerals / C. A. Cravotta III / Elizabeth J. P. Jones / D. R. Lovley / D. J. Lonergan / J. E. Anderson / H. Jenter / G. L. Nord Jr. / P. J. Wormington / J. C. Woodward / J. D. Coates / John Wiley / J. P. Phillips / /
JOURNAL OF GEOPHYSICAL RESEARCH, VOL. 111, G01012, doi:[removed]2005JG000089, 2006 Role of microbial iron reduction in the dissolution of iron hydroxysulfate minerals Elizabeth J. P. Jones,1 Tracie-Lynn Nadeau,2 Mary A.