若尔盖盆地阿米欧拉-南剖面粒度端元特征及其记录的15 ka来气候变化
翟颖, 庞奖励, 黄春长, 查小春, 周亚利, 李瑜琴, 张玉柱, 孙雪晴, 赵晓康

Particle endmembers characteristics of Amiola-South profile in the Zoige Basin and recorded climate change since 15 ka BP
Ying Zhai, Jiangli Pang, Chunchang Huang, Xiaochun Zha, Yali Zhou, Yuqin Li, Yuzhu Zhang, Xueqing Sun, Xiaokang Zhao
图5 AMOL-S剖面磁化率与其他区域气候变化代用指标的比较
注:A为AMOL-S磁化率;B为贵州董哥洞石笋δ18O;C为青藏高原达连海沉积物δ18O;D为青藏高原古里雅岩芯δ18O;E为红原泥炭岩芯ZB10-C14针叶林花粉含量;F为玛曲ZHK剖面黏土/粗粉砂;G为玛曲DEQ-E剖面CIA;H为全新世中国北方降水变率;I为全新世中国南方降水变率
Fig.5 Comparison of magnetic susceptibility of AMOL-Sprofile (A) with Guizhou Dongge Cave stalagmites δ18O (B), Sediments from the Dalianhai Sea on the Tibetan Plateau δ18O (C), Guliya core on the Tibetan Plateau δ18O (D), pollen content of z10-C14 coniferous forest in red plain peat core (E), Maqu ZHK profile clay / coarse silt(F), Maqu DEQ-E profile CIA (G), holocene precipitation variability in northern China(H), and water variability in southern China in the Holocene (I)