The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems

The iron oxide copper-gold (IOCG) deposit class includes a number of loosely related deposits with a pool of common characteristics. The Kis-Kuel intrusion-related IOCG deposit in Eastern Yakutia (Russia) with a wide range of mineral styles has a direct genetic link with a cooling intrusion during i...

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Published in:Vestnik of Saint Petersburg University. Earth Sciences
Main Author: Kostin, Aleksey V.
Format: Article in Journal/Newspaper
Language:English
Published: St Petersburg State University 2019
Subjects:
Online Access:https://doi.org/10.21638/spbu07.2019.401
http://hdl.handle.net/11701/16983
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spelling ftstpetersburgun:oai:dspace.spbu.ru:11701/16983 2023-05-15T18:44:50+02:00 The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems Kostin, Aleksey V. 2019-12 https://doi.org/10.21638/spbu07.2019.401 http://hdl.handle.net/11701/16983 en eng St Petersburg State University Vestnik of St Petersburg University. Earth Sciences;Volume 64; Issue 4 Kostin, A. V. (2019). The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems. Vestnik of Saint Petersburg University. Earth Sciences, 64 (4), 516–529. https://doi.org/10.21638/spbu07.2019.401 http://hdl.handle.net/11701/16983 Eastern Yakutia Kis-Kuel ore cluster iron oxide copper-gold deposit intrusion-related gold prospecting Article 2019 ftstpetersburgun https://doi.org/10.21638/spbu07.2019.401 2020-02-11T00:47:52Z The iron oxide copper-gold (IOCG) deposit class includes a number of loosely related deposits with a pool of common characteristics. The Kis-Kuel intrusion-related IOCG deposit in Eastern Yakutia (Russia) with a wide range of mineral styles has a direct genetic link with a cooling intrusion during its formation. The IOCG and the Kis-Kuel have common features for this style—an abundance of iron oxides and a low presence of sulfides. Magmatic contribution to the Kis-Kuel deposit is significant. Intrusive rocks range from diorite to granodiorite in composition. The rare-earth geochemical system of igneous rocks of the Kis-Kuel intrusion is characterized by behavior close to the CHArge-and-RAdius-Controlled CHARAC-system (26 < Zr/Hf < 46 and 24 < Y/Ho < 34) in which the Н/Ho — Zr/Hf ratios of the pair show a distribution close to chondrite (Zr/Hf — 36.6 and Y/Ho — 27.7). Minor deviations of the Kis-Kuel rocks from CHARAC intervals indicate an unevolved magmatic system. Mineralization was discovered at the top of the small Kis-Kuel pluton and includes several types of ore. Iron oxide copper-gold and Cu-Auporphyry ore are present as breccia in hornfels aureole of intrusive rocks with FeOX — 13.58- 63.24 %; Cu — 0-3.57 %; Au — 12.93-64.48 g/t; Ag — 2.7-830 g/t. Associated with IOCG, quartzhematite- galena veins contain: Ag — 22.4-3680 g/t; Cu — 0.014-0.534 %; Pb — 0.1-81.63 %. Arrays of sheeted auriferous quartz veins with arsenopyrite, native gold and bismuth and Ag-Bi sulphosalts contain: Au — 0.15-4.6 g/t; Ag — 20.6-196 g/t; Cu — 0.048-0.24 %; Pb — 0.3-3.73 %. This paper is devoted to a Kis-Kuel diorite-granodiorite–related deposit in Eastern Yakutia (Russia). It is regarded as an intrusion-related gold deposit (IRGD) with a main IOCG and minor Cu-Au-porphyry component of mineralization. Article in Journal/Newspaper Yakutia Saint Petersburg State University: Research Repository (DSpace SPbU) Kuel ENVELOPE(163.257,163.257,62.487,62.487) Vestnik of Saint Petersburg University. Earth Sciences 64 4 516 529
institution Open Polar
collection Saint Petersburg State University: Research Repository (DSpace SPbU)
op_collection_id ftstpetersburgun
language English
topic Eastern Yakutia
Kis-Kuel ore cluster
iron oxide copper-gold deposit
intrusion-related
gold prospecting
spellingShingle Eastern Yakutia
Kis-Kuel ore cluster
iron oxide copper-gold deposit
intrusion-related
gold prospecting
Kostin, Aleksey V.
The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
topic_facet Eastern Yakutia
Kis-Kuel ore cluster
iron oxide copper-gold deposit
intrusion-related
gold prospecting
description The iron oxide copper-gold (IOCG) deposit class includes a number of loosely related deposits with a pool of common characteristics. The Kis-Kuel intrusion-related IOCG deposit in Eastern Yakutia (Russia) with a wide range of mineral styles has a direct genetic link with a cooling intrusion during its formation. The IOCG and the Kis-Kuel have common features for this style—an abundance of iron oxides and a low presence of sulfides. Magmatic contribution to the Kis-Kuel deposit is significant. Intrusive rocks range from diorite to granodiorite in composition. The rare-earth geochemical system of igneous rocks of the Kis-Kuel intrusion is characterized by behavior close to the CHArge-and-RAdius-Controlled CHARAC-system (26 < Zr/Hf < 46 and 24 < Y/Ho < 34) in which the Н/Ho — Zr/Hf ratios of the pair show a distribution close to chondrite (Zr/Hf — 36.6 and Y/Ho — 27.7). Minor deviations of the Kis-Kuel rocks from CHARAC intervals indicate an unevolved magmatic system. Mineralization was discovered at the top of the small Kis-Kuel pluton and includes several types of ore. Iron oxide copper-gold and Cu-Auporphyry ore are present as breccia in hornfels aureole of intrusive rocks with FeOX — 13.58- 63.24 %; Cu — 0-3.57 %; Au — 12.93-64.48 g/t; Ag — 2.7-830 g/t. Associated with IOCG, quartzhematite- galena veins contain: Ag — 22.4-3680 g/t; Cu — 0.014-0.534 %; Pb — 0.1-81.63 %. Arrays of sheeted auriferous quartz veins with arsenopyrite, native gold and bismuth and Ag-Bi sulphosalts contain: Au — 0.15-4.6 g/t; Ag — 20.6-196 g/t; Cu — 0.048-0.24 %; Pb — 0.3-3.73 %. This paper is devoted to a Kis-Kuel diorite-granodiorite–related deposit in Eastern Yakutia (Russia). It is regarded as an intrusion-related gold deposit (IRGD) with a main IOCG and minor Cu-Au-porphyry component of mineralization.
format Article in Journal/Newspaper
author Kostin, Aleksey V.
author_facet Kostin, Aleksey V.
author_sort Kostin, Aleksey V.
title The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
title_short The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
title_full The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
title_fullStr The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
title_full_unstemmed The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems
title_sort kis-kuel fe-cu-au ± (ag, mo, bi) deposit, eastern yakutia (russia) — a link between iron oxide copper-gold and intrusion related gold systems
publisher St Petersburg State University
publishDate 2019
url https://doi.org/10.21638/spbu07.2019.401
http://hdl.handle.net/11701/16983
long_lat ENVELOPE(163.257,163.257,62.487,62.487)
geographic Kuel
geographic_facet Kuel
genre Yakutia
genre_facet Yakutia
op_relation Vestnik of St Petersburg University. Earth Sciences;Volume 64; Issue 4
Kostin, A. V. (2019). The Kis-Kuel Fe-Cu-Au ± (Ag, Mo, Bi) Deposit, Eastern Yakutia (Russia) — A Link between Iron Oxide Copper-Gold and Intrusion Related Gold Systems. Vestnik of Saint Petersburg University. Earth Sciences, 64 (4), 516–529.
https://doi.org/10.21638/spbu07.2019.401
http://hdl.handle.net/11701/16983
op_doi https://doi.org/10.21638/spbu07.2019.401
container_title Vestnik of Saint Petersburg University. Earth Sciences
container_volume 64
container_issue 4
container_start_page 516
op_container_end_page 529
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