Nonmetalliferous Stratabound Ore Fields, Softcover reprint of the original 1st ed. 1989
Evolution of Ore Fields Series

The series editor's foreword provides the opportunity to give the rationale for a series on the evolution of ore fields. In brief, it meets a need that I, an explorationist, perceived as I became involved in a multidisciplinary explo­ ration program in the late 1960s. We were looking for mines while prospecting at the ore-field scale. The practicalities demand that we know more about the ore field and that we do not just study individual deposits, the analogy being the three blind men who attempted to describe the elephant as they felt the trunk, ear, or leg. Two considerations in identifying ore fields are the different perception as one changes scale from orebody to ore field and the problem of stratigraphic classification and nomenclature in terms appropriate to metallogenesis. Two workers, Brock (1972) and Carey (1976), have been particularly con­ cerned with the different appreciation brought about by a change in scale.

1 Strontium Isotopes as Natural Tracers in Minerogenetic Processes.- 2 Geochemistry of Barium.- 3 Celestite: Worldwide Classical Ore Fields.- 4 Barite and Celestite Stratabound Ore Fields in Argentina.- 5 Brazilian Stratabound Barite Ore Fields.- 6 Stratabound Barite Ore Fields of North America (Excluding Arkansas).- 7 Barite Deposits of Arkansas.- 8 Stratiform Barite Ore Fields in Western Europe.- 9 Stratabound and Karstic Deposits of Barite in Sardinia.- 10 The Barite Ore Fields of Kuroko-type of Japan.- 11 Barite Nodules and Concretions.- 12 Magnesite.- 13 Some Stratabound-Stratiform Fluorite Ore Fields.- 14 Celestite, Barite, Magnesite, and Fluorspar: Stratabound Settings Through Time and Space.