Global Geology 2014, 17(4) 189-198 DOI:     ISSN: 1673-9736 CN: 22-1371/P

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Keywords
Guangxi
Pennsylvanian
coral reef
microfacies
paleoenvironment
Authors
GONG Enpu
CHEN Xiaohong
ZHANG Yongli
GUAN Changqing
CHANG Honglun and HONG Guang
PubMed
Article by Gong E
Article by Chen X
Article by Zhang Y
Article by Guan C
Article by Chang HAHG

Paleoenvironmental changes recorded on Upper Carboniferous reef in Guangxi,China

GONG Enpu, CHEN Xiaohong, ZHANG Yongli, GUAN Changqing, CHANG Honglun and HONG Guang

1. Department of Geology,Northeastern University,Shenyang 110819,China; 2. North China Engineering Investigation Institute Co. Ltd. ,Shijiazhuang 050021,China; 3. General Institute of Chemical Geology Survey,China Chemical Geology and Mine Bureau,Beijing 100013,China

Abstract

Based on detailed measurement in the field and a comprehensive analysis of carbonate microfacies, the Pennsylvanian reefal microfacies characteristic and sedimentary environment from Longjiangdong,Guangxi, China are analyzed. The twelve carbonate microfacies have been recognized including micritic/microsparitic limestone, peloidal/aggregate- grain grainstone, bioclastic wackestone/packstone,laminated mudstone,bounds- tone,bioclastic wackestone/packstone with single shell,coral framestone/bafflestone,bioclastic packstones/ grainstones with abundant benthic foraminifera or crinoids,wackestone/mudstone with calcispheres,bioclastic packstone/grainstone,unname reef- building organism framestone and brachiopod grainstone. In addition,four facies have been identified including open platform facies,restricted platform facies,coral reefal facies and shoal facies. According to analysis of microfacies combination and facies evolution,three stages and three reef units during the reef formation process have been noted. The evolution of each stage indicates a repeating fluctu- ation of the sea- level,but the water energy is still relatively low overall,which represents frequent changes of paleoclimate in the early Late Carboniferous.

Keywords Guangxi   Pennsylvanian   coral reef   microfacies   paleoenvironment  
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