Tucson / New York / Billings / Washington / D.C. / London / Summitville / /
Company
W.H. Freeman and Co. / B. Metal / Cox / U.S. Geological Survey Bulletin / /
Country
United States / /
Facility
Mine Drainage Conference / University of Arizona Press / Summitville Mine / /
IndustryTerm
metal adsorption / by-product / metal mobility / metal transport mechanisms / problematic chemicals / cyanide processing solutions / historic mining activities / metal content / chemical weathering / pre-mining conditions / post-mining remediation endeavors / chemical response / mineral processing sites / mineral processing techniques / mineral processing wastes / mineral processing methods / mineral processing by-products / metal sorption / natural pre-mining environmental baselines / base metal / chemical elements / remedial solution / mineral processing method / metal / extreme associated metal contents / pre-mining baseline / metal sulfate salts / mine site / industrial applications / historic mining / metal mines / higher metal contents / metal contents / acidic magmatic gas condensates / pre-mining oxidation / mining / aqueous base metal concentrations / abundant metal / mineralogic products / mineral processing / /
Organization
Mineralogical Association of Canada / American Chemical Society / Society of Economic Geologists Reviews / University of Arizona Press / /
Person
J. Thomas Nash / Geoffrey S. Plumlee / /
Position
Singer / geoenvironmental model for that deposit type / /
ProvinceOrState
Nevada / Oregon / New York / Montana / Arizona / Colorado / /
GEOENVIRONMENTAL MODELS OF MINERAL DEPOSITS-FUNDAMENTALS AND APPLICATIONS by Geoffrey S. Plumlee and J. Thomas Nash INTRODUCTION Economic geologists recognize that mineral deposits can readily be classified according to