地质论评2024，Vol.70Issue(3)：839-860,22.DOI:10.16509/j.georeview.2024.04.075
南岭成矿规律与百年勘查成果及新一轮找矿建议
The metallogenic regularities,century exploration achievement,and suggestions of new round of prospecting in Nanling Metallogenic Belt
摘要
Abstract
Nanling metallogenic belt is one of the most important and distinctive polymetallic,nonmetallic and energy mine metallogenic belts in South China and even in China.There is a long-term history of the study in metallogenic law,however each summary of achievements is greatly benefit for the new round of prospecting.Based on the abundant previous research data,the regional geology of the Nanling metallogenic belt are summarized in this study.The spatial and temporal distribution and metallogenic characteristics of critical energy minerals(coal and uranium),non-ferrous minerals(tungsten,tin,molybdenum,bismuth,copper,lead—zinc,etc.),precious metals(gold and silver),rare metals and rare earth minerals,non-metallic minerals(fluorite)are discussed in detail.Moreover,the mineral deposits in Nanling metallogenic belt can be divided into 21 metallogenic series and 29 sub-series according to the 6 tectonic epoches of Precambrian,Caledonian,Variscan,Indonisian,Yanshanian and Himalayan.Thus,it provides a basis for further regional mineral exploration deployment and metallogenic prediction.In order to ensure the security of energy and resources,this study proposed the principle opinions on the block transfer of Nanling metallogenic belt and suggestions on prospecting in 15 large-scale resource bases such as Shizhuyuan,Xianghualing,Chongyu,Fuhezhong,Pingbao and Sannan,which provide scientific guidance for new round of prospecting.关键词
南岭/成矿规律/成矿系列/成矿预测/区块出让/大型资源基地Key words
Nanling/metallogenic regularities/metallogenic series/prospecting/block transfer/large-scale resource base引用本文复制引用
秦锦华,王登红,王岩,黄凡,赵芝,郭志强,赵晨辉,赵云彪..南岭成矿规律与百年勘查成果及新一轮找矿建议[J].地质论评,2024,70(3):839-860,22.基金项目
本文为中国矿产地质志项目(编号:DD20221695、DD20190379)和中央科研院所基本科研业务费重点攻关项目"内蒙古双尖子山银矿与湖南水口山铅锌矿深部找矿的理论、技术与实践"的成果. This work was supported by the scientific research project from China Geology Survey(Nos.DD20221695,DD20190379) （编号:DD20221695、DD20190379）
