Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province

The Kuimeishan tungsten deposit is located in the junction area of the eastern segment of the E-W-trending Nanling tectonic zone and southern segment of the NE-NNE trending Wuyishan tectonic zone. It is characterized by intergrowth of quartz vein-type wolframite and skarn-type scheelite in Dingnan c...

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Main Authors: LI Li-xia, CHEN Zheng-hui, SHI Guang-hai, ZHANG Si-ming, QU Wen-jun, YING Li-juan, QIN Yan, DING Qiong
Format: Article
Language:English
Published: Science Press, PR China 2014-03-01
Series:Yankuang ceshi
Subjects:
Online Access:http://www.ykcs.ac.cn/en/article/id/14c1abdc-e7e2-4ded-bdde-c4e640dc95b3
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author LI Li-xia
CHEN Zheng-hui
SHI Guang-hai
ZHANG Si-ming
QU Wen-jun
YING Li-juan
QIN Yan
DING Qiong
author_facet LI Li-xia
CHEN Zheng-hui
SHI Guang-hai
ZHANG Si-ming
QU Wen-jun
YING Li-juan
QIN Yan
DING Qiong
author_sort LI Li-xia
collection DOAJ
description The Kuimeishan tungsten deposit is located in the junction area of the eastern segment of the E-W-trending Nanling tectonic zone and southern segment of the NE-NNE trending Wuyishan tectonic zone. It is characterized by intergrowth of quartz vein-type wolframite and skarn-type scheelite in Dingnan county, south of Jiangxi province (Gannan). However, there is no accurate chronological evidence to confirm whether the metallogenesis occured in the Yanshanian period. The SHRIMP U-Pb age of zircons obtained from the metallogenic biotite granite is (157.7±2.7) Ma (n=11, MSWD=1.9), and the Re-Os isochron age of molybdenite from the ore-bearing quartz veins is (153.7±1.5) Ma (n=5, MSWD=0.16). The accurate metallogenic and diagenetic chronology results indicate that the Kuimeishan tungsten deposit was formed during the large-scale diagenesis and mineralization of tungsten ore in the Mesozoic period that occurred in South China. Based on the ‘five levels+basement’ prospecting model and the latest prospecting clues, it is possible that new ore bodies are amassed in the contact zone of deep rock body in Kuimeishan, which has great potential for prospecting. It is significant to the deep and periphery prospecting for tungsten as we proposed the possibility of skarn type tungsten which occurred nearby the deep and periphery part of quartz vein type tungsten in the Gannan region.
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spelling doaj.art-721dfc8bddf34bc2a2754e49210a7e3d2023-02-10T01:00:47ZengScience Press, PR ChinaYankuang ceshi0254-53572014-03-01332287295ykcs-33-2-287Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi ProvinceLI Li-xia0CHEN Zheng-hui1SHI Guang-hai2ZHANG Si-ming3QU Wen-jun4YING Li-juan5QIN Yan6DING Qiong7Anhui Technical College of Industry and Economy,Hefei 230000,ChinaChina University of Geosciences (Beijing),Beijing 100083,ChinaChina University of Geosciences (Beijing),Beijing 100083,ChinaChina University of Geosciences (Beijing),Beijing 100083,ChinaNational Research Center for Geoanalysis, Beijing 100037,ChinaInstitute of Mineral Resources, Chinese Academy of Geological Sciences(Beijing),Beijing 100037,ChinaInstitute of Mineral Resources, Chinese Academy of Geological Sciences(Beijing),Beijing 100037,ChinaJiangxi Kuimeishan Tungsten Industry Co., LTD,Dingnan 341902,ChinaThe Kuimeishan tungsten deposit is located in the junction area of the eastern segment of the E-W-trending Nanling tectonic zone and southern segment of the NE-NNE trending Wuyishan tectonic zone. It is characterized by intergrowth of quartz vein-type wolframite and skarn-type scheelite in Dingnan county, south of Jiangxi province (Gannan). However, there is no accurate chronological evidence to confirm whether the metallogenesis occured in the Yanshanian period. The SHRIMP U-Pb age of zircons obtained from the metallogenic biotite granite is (157.7±2.7) Ma (n=11, MSWD=1.9), and the Re-Os isochron age of molybdenite from the ore-bearing quartz veins is (153.7±1.5) Ma (n=5, MSWD=0.16). The accurate metallogenic and diagenetic chronology results indicate that the Kuimeishan tungsten deposit was formed during the large-scale diagenesis and mineralization of tungsten ore in the Mesozoic period that occurred in South China. Based on the ‘five levels+basement’ prospecting model and the latest prospecting clues, it is possible that new ore bodies are amassed in the contact zone of deep rock body in Kuimeishan, which has great potential for prospecting. It is significant to the deep and periphery prospecting for tungsten as we proposed the possibility of skarn type tungsten which occurred nearby the deep and periphery part of quartz vein type tungsten in the Gannan region.http://www.ykcs.ac.cn/en/article/id/14c1abdc-e7e2-4ded-bdde-c4e640dc95b3kuimeishan tungsten depositzircon shrimp u-pb datingmolybdenite re-os dating
spellingShingle LI Li-xia
CHEN Zheng-hui
SHI Guang-hai
ZHANG Si-ming
QU Wen-jun
YING Li-juan
QIN Yan
DING Qiong
Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
Yankuang ceshi
kuimeishan tungsten deposit
zircon shrimp u-pb dating
molybdenite re-os dating
title Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
title_full Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
title_fullStr Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
title_full_unstemmed Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
title_short Metallogenic Epoch and Geological Characteristics of the Kuimeishan Tungsten Deposit,Jiangxi Province
title_sort metallogenic epoch and geological characteristics of the kuimeishan tungsten deposit jiangxi province
topic kuimeishan tungsten deposit
zircon shrimp u-pb dating
molybdenite re-os dating
url http://www.ykcs.ac.cn/en/article/id/14c1abdc-e7e2-4ded-bdde-c4e640dc95b3
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