Mineral Deposits Of Europe

This volume provides bibliographic and textural information which gives a real understanding of the 40 ore deposits in Western and West Central Europe. Each deposit is introduced by a selected bibliography listing the most important literature. This is followed by a detailed discussion covering geological characteristics including the position, grade and tonnage of the ore produced together with potential reserve, the stratigraphy and structure of the rocks of the district, and the characteristics and age of the ore body. The book also includes a section of maps, pin-pointing the most important mineral deposits in each region, making this work a valuable reference source for all those working in the fields of ore-deposit geology and exploration.

Provides bibliographic and textual information about the principal ore deposits of Northern Europe, plus descriptions of 30 selected deposits from the USSR. Each deposit is introduced by a selected bibliography listing the most important literature followed by a reasonably detailed discussion covering geological characteristics and how the deposit was formed. The general bibliographic introduction to Ireland, Sweden and Finland covers many deposits with insufficient literature to justify separate coverage.

This book presents a new synthesis of the major metallogenic provinces of Europe and the geodynamic processes involved that can lead to the formation of world-class ore deposits. It represents the culmination of a 5-year research programme, GEODE, set up by the European Science Foundation, that brought together researchers across Europe from a wide range of disciplines into collaborative research projects. They focused on five metallogenic provinces across Europe; the Precambrian Fennoscandian Shield, the Upper Palaeozoic Urals, the Variscides of France and SW Iberia, the Alpine–Balkan–Carpathian–Dinaride belt and sediment-hosted deposits of Europe. Because of the long and well-known tectonic history of Europe and the diversity of ore deposits, linkages between geodynamics and ore deposit evolution have been established and new insights into mineralizing fluids and ore formation processes have been gained. Presented as a set of individual review papers and a final synthesis, this book offers a coherent and structured appraisal of geodynamics and metallogeny in Europe, with valuable lessons for mineral exploration and research throughout the world.