Precise dating of the Dansgaard-Oeschger event 4 and its sub-cycles: Evidence from a stalagmite from Xianyun Cave in Longyan City,Fujian Province
Che Yin-Ping1, Xiao Hai-Yan1, Jiang Xiu-Yang1,2, Cai Bing-Gui1,3
1 College of Geography Science,Fujian Normal University,Fuzhou 350007,China; 2 Key Laboratory of Humid Subtropical Eco-geographical Processes,Ministry of Education,Fuzhou 350007,China; 3 Institute of Geography,Fujian Normal University,Fuzhou 350007,China
Abstract：The Dansgaard-Oeschger event 4(DO4 event) is a significant warming event that occurred in the late Marine Isotope Stage 3. At present,there are different understandings about the detailed characteristics and internal structures of the DO4 event. Based on 6 precisely-dated 230Th ages and 188 oxygen isotope data of a stalagmite(No.XYⅢ-28)from the Xianyun Cave,Fujian Province,we present δ18O time series with an average resolution of 7 yr from 29.13 to 27.94 kyr B.P. Our new stalagmites δ18O records uncover the detailed processes of the DO4 event. The onset and end time of the DO4 event recorded by the stalagmite δ18O is 28.83±0.06 and 28.46±0.06 kyr B.P.,respectively, and the duration is 0.37±0.06 kyr. Differential with abrupt change of NGRIP ice core δ18O record at the onset of DO4 based on the GICC05 layer count time scale,the Xianyun Cave δ18O shows a relatively slow change. The Xianyun stalagmite δ18O values negatively shift by 0.4‰ within 145±60 yr,which indicates that the Xianyun Cave was likely affected by the ocean-atmosphere coupling of the tropical. In addition,the Xianyun stalagmite δ18O reveals a series of sub-million-scale summer monsoon enhancement events in and around the DO4 event,corresponding to the NGRIP ice core δ18O record and the Arabian Sea basin record. Our results suggest that the East Asian summer monsoon is related to the north-high latitude temperature and the ITCZ position changes on the sub-millennium-scale event.
Che Yin-Ping,Xiao Hai-Yan,Jiang Xiu-Yang et al. Precise dating of the Dansgaard-Oeschger event 4 and its sub-cycles: Evidence from a stalagmite from Xianyun Cave in Longyan City,Fujian Province[J]. JOPC, 2020, 22(2): 377-384.
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