Williams-Jones A.E. / Russell / Metal Statistics Inc. / Sustainable Development Future Mineral Supplies / Macmillan / /
Continent
Asia / /
Country
Taiwan / Nicaragua / Mexico / South Africa / Chile / Honduras / Cuba / Thailand / Turkey / France / Japan / United States / Brazil / Canada / Australia / Korea / United Kingdom / China / Singapore / South Korea / Spain / India / / /
Facility
SQUARE MILES / Stable Economies New Zealand Ireland Netherlands Belgium / Canadian Institute of Mining / University of Michigan / /
IndustryTerm
industrial energy / epithermal systems / energy constraints / less stable systems / Sea-floor hydrothermal systems / chemical elements / energy / cyanide processing / off-ridge systems / cheaper energy sources / energy commodities / gold mining district / mining / manufacturing / permitted mining / steel consumption / temperature hydrothermal systems / /
Organization
Department for Economic and Social Information / University of Michigan / Ann Arbor / Society of Economic Geologists Guidebook Series / U.S. Bureau / IN PER / Population Division / Department of Economic and Social Affairs / Canadian Institute of Mining / United Nations / U.S. Census Bureau / Department of Geological Sciences / Canadian Institute of Mining and Metallurgy / American Bureau of Metal Statistics / /
ProvinceOrState
New Jersey / Quebec / Virginia / M.B. / Nevada / Connecticut / Michigan / South Dakota / Montana / Mississippi / Nova Scotia / Colorado / /
PublishedMedium
American Journal of Science / Journal of Geophysical Research / /
Region
South Africa / northern Canada / Canada Australia / central Connecticut / /
Mineral Supply and Demand into the 21st Century By Stephen E. Kesler1 Introduction World population is growing faster than at any time in history, and mineral consumption is growing faster than population as more consume