The Metallogeny of Lode Gold Deposits : A Syngenetic Perspective

__The Metallogeny of Lode Gold Deposits: A Syngenetic Perspective__ is a synthesis of lode gold vein forming processes, addressing the commonality in similar worldwide deposits. The book’s empirical model incorporates widely known and accepted principles of ore deposition and shows how it applies in the volcanic-sedimentary greenstone belt environment. Several chapters detail outcrop maps and photos of field occurrences and textures. The interpretations flow directly from the authors’ field work, and are coupled with analyses of underlying physical processes. Utilizing detailed geological mapping, field work, and chemical analyses as the basis of a syngenetic formation mode, the text arms readers with the tools necessary to accurately analyze and interpret new data on the subject. This includes information on decoding the significance of asymmetry in vein formation, as well as the role of lamprophyres in gold camps, how Archean geology requires integration into a lode vein formation model, and how to develop an understanding of the worldwide applicability of gold cycles to lode vein formation and exploration and how it can be applied to deposits of all ages. * Presents the first book to galvanize lode gold research into a single authoritative reference * Simplifies the complexity of lode gold’s underlying processes and presents valid concepts surrounding the lode gold forming environment * Features color figures, illustrations, and photos that enrich the content’s focus and aid in the retention of key concepts

The Metallogeny of Lode Gold Deposits: A Syngenetic Perspective is a synthesis of lode gold vein forming processes, addressing the commonality in similar worldwide deposits. The book’s empirical model incorporates widely known and accepted principles of ore deposition and shows how it applies in the volcanic-sedimentary greenstone belt environment. Several chapters detail outcrop maps and photos of field occurrences and textures. The interpretations flow directly from the authors’ field work, and are coupled with analyses of underlying physical processes. Utilizing detailed geological mapping, field work, and chemical analyses as the basis of a syngenetic formation mode, the text arms readers with the tools necessary to accurately analyze and interpret new data on the subject. This includes information on decoding the significance of asymmetry in vein formation, as well as the role of lamprophyres in gold camps, how Archean geology requires integration into a lode vein formation model, and how to develop an understanding of the worldwide applicability of gold cycles to lode vein formation and exploration and how it can be applied to deposits of all ages.

• Presents the first book to galvanize lode gold research into a single authoritative reference
• Simplifies the complexity of lode gold’s underlying processes and presents valid concepts surrounding the lode gold forming environment
• Features color figures, illustrations, and photos that enrich the content’s focus and aid in the retention of key concepts

Content: Front Matter,Copyright,Preface,AcknowledgmentsEntitled to full textChapter 1 - Historical Perspective on Gold Formation Models, Pages 1-29 Chapter 2 - Interpreting Textures in Outcrop, Pages 31-52 Chapter 3 - Introduction to Gold Cycles, Pages 53-58 Chapter 4 - Field Examinations in a Variety of Gold Settings in Canada: The Meguma, Nova Scotia; Chester Twp and Beardmore, Ontario; Maskwa, Manitoba, and Nugget Pond, Newfoundland, Pages 59-96 Chapter 5 - Why Lamprophyres Have No Role in Lode Vein Genesis, Pages 97-136 Chapter 6 - Felsic Volcanism Associated with Mineralization in the Chester Complex–Type Gold Deposits, Pages 137-150 Chapter 7 - Understanding Hydrothermal Systems, Pages 151-198 Chapter 8 - The Role of Structural Geology and Remobilization, Pages 199-230 Chapter 9 - Lode Gold Deposits: Their Geometry and Evidence for Seafloor Vent Systems, Pages 231-262 Chapter 10 - Toward a Syngenetic Model and Vent Geometry, Pages 263-282 Chapter 11 - Comparisons, Conclusions, Suggestions for Further Work and Application of the Syngenetic Model, Pages 283-299 References, Pages 301-331 Index, Pages 333-339