Abstract
This Special Issue presents eight original contributions concerning ore deposits in China, Russia, and Chile [...]
Highlights
Introduction to the SpecialIssue “Role of Magmatic Activity in the Generation of Ore Deposits”Received: 26 December 2019; Accepted: 7 January 2020; Published: 9 January 2020This Special Issue presents eight original contributions concerning ore deposits in China, Russia, and Chile
The paper by Damdinova et al [1] discusses the composition of ore-forming solutions and the pressure and temperature (P-T) conditions of molybdenum mineralization in the Pervomaisky stockwork deposit, which is situated within the Dzhidinsky ore field
The five papers concerning ore deposits in China address the genesis of a wide variety of deposits of different ages and in different mineralized belts
Summary
Introduction to the SpecialIssue “Role of Magmatic Activity in the Generation of Ore Deposits”Received: 26 December 2019; Accepted: 7 January 2020; Published: 9 January 2020This Special Issue presents eight original contributions concerning ore deposits in China, Russia, and Chile. New geochronological data for zircons from granites, and muscovite and molybdenite from the ore zones, indicate the close association of granite formation and ore deposition processes, which occurred 119–128 million years ago. The ore potential of the granitoids of both massifs seems to be similar, but due to some differences in the redox conditions of their formation, it was realized only within the Ergelyakh massif with the generation of several minor intrusion-related gold–bismuth deposits.
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