Orogenic gold deposits of all ages, from Paleoarchean to Tertiary, show consistency in
chemical composition. They are the products of aqueous-carbonic fluids, with typically 5–20 …

Orogenic gold deposits are the main source of gold for humanity. These deposits formed
from the Archaean to Phanerozoic at crustal depths of more than 4 km. The key parameters …

The term orogenic gold deposits has been widely accepted, but there has been continuing
debate on their genesis. Early syn-sedimentary or syn-volcanic models and hydrothermal …

Although the term orogenic gold deposit has been widely accepted for all gold-only lode-
gold deposits, with the exception of Carlin-type deposits and rare intrusion-related gold …

Abstract Concept-based orogenic gold exploration requires a scale-integrated approach
using a robust mineral system model. Most genetic hypotheses for orogenic gold deposits …

The fact that mineral deposit attributes such as the size frequency of orogenic gold deposits
in specific provinces exhibit power law distributions similar to forest fires, earthquakes, and …

造山型金矿指与大洋板块俯冲和陆块拼贴有关, 产在汇聚板块边界变质地体内部或者边缘受韧-
脆性断裂构造控制的, 成矿流体以低盐度H2O⁃ CO2⁃ CH4 为主要特征的, 成矿深度(2~ 20 km) …

Although metabasaltic rocks have been suggested to be important source rocks for orogenic
gold deposits, the mobility of Au and related elements (As, Sb, Se, and Hg) from these rocks …

Gold enrichment at the crustal or mantle source has been proposed as a key ingredient in
the production of giant gold deposits and districts. However, the lithospheric-scale …

Geological and geodynamic models of the mantle often rely on joint interpretations of
published seismic tomography images and petrological/geochemical data. This approach …