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Addressing the origin of gold deposits

Formation of Gold Deposits

420pp hardback,
published by Springer,
available June 2022

Formation of Gold Deposits

420pp hardback and e-version, publisher by Springer,
available June 2022.

This book addresses the origin of gold deposits to answer questions of science and curiosity.

These answers contribute in turn to the improved exploration and mining of gold. Initially there is a summary of the methods used to address the genesis of gold deposits including some of the essential science and concepts.

Five basic observations follow that apply to many gold deposits and need to be considered in any genetic ideas. Magmatic processes enriching gold are discussed followed by the role of aqueous fluids during gold deposit formation at elevated temperatures and pressures. Modifying effects after deposit formation include high-grade metamorphism, retrogression, weathering, and erosion.

The main types of gold deposits are then explained within the spectrum of viable genetic ideas, with informal names for these examples that include gold-only, gold-plus, Carlin, slate-belt, epithermal, porphyry, iron oxide copper gold, and Archean greenstone.

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Strathbogie granite:

Strathbogie batholith: field-based subdivision of a large granitic intrusion in central Victoria, Australia. Applied Earth Science (Transactions B) 122: 36-55 (with John Clemens)

Strathbogie granite—a summary. Granites2017@Benalla Symposium, abstract 97-101, Australian Institute of Geoscientists

Determining the shape of an intrusion: the Tallarook granite. Applied Earth Science 126: 11-30

Geology of the Tallarook Plateau. Outdoor Recreation In Australia, Central Park, Australia, 58pp (with John Clemens)

The tabular Strathbogie batholith in central Victoria. Australian Journal of Earth Sciences, 69 1-26 (with Alex Kisters and John Clemens)

Formation of gold deposits:

Formation of gold deposits: Review and evaluation of the continuum model. Earth-Science Reviews 94: 1-21
(with Roger Powell)

Formation of gold deposits: a metamorphic devolatilization model. Journal of Metamorphic Geology 28: 689-718 (with Roger Powell)

Role of CO2 in the formation of gold deposits. Nature 429: 860-863 (with Katy Evans)

Hydrothermal alteration in the Witwatersrand goldfields. Ore Geology Reviews 65: 245-273 (with Roger Powell)

Origin of Witwatersrand gold. Applied Earth Science 120: 112-129
(with Roger Powell)

Gold discovery:

Gold production and the importance of exploration success: Yilgarn Craton, Western Australia. Ore Geology Reviews 105: 137-150 (with Julian Vearncombe and Ed Eshuys)

The importance of brownfields gold exploration. Mineralium Deposita 55: 189-196 (with Julian Vearncombe)

The role of scientific breakthroughs in gold exploration success: Yilgarn Craton, Western Australia. Ore Geology Reviews 112:23pp (with Julian Vearncombe, Ravi Anand, Charles Butt, Ed Eshuys, David Groves, Ray Smith)