Geochemical records of carbon in recent sediments of Erhai lake, China: implication of effects of the himalayas uplift on global environmental changes

机译：中国洱海近期碳的地球化学记录，中国：喜马拉雅隆起对全球环境变化影响的影响

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The formation and uplift of the Himalayas and the Tibetan Plateau may have been responsible for the past 150 Ma global environmental changes, resulting in the development of three-tiered landform in southern China. The Yuannan-Guizhou Plateau, as the middle tier in eastern slope of the Himalayas, has been complex environmental unit with great altitude gradients and plateau landform characters. Both monsoons from the Pacific and the Indian resulting in apparent environmental changes on variable time scales influence it. Environmental geochemical effect of low latitude-high altitude could be yielded, and well recorded in the geological bodies in this region.

机译：喜马拉雅山脉和藏高平台的形成和隆起可能是过去的150 MA全球环境变化负责，导致中国南方三层地貌的发展。作为喜马拉雅山东坡中间层的余南贵州高原，一直复杂的环境部门，高度梯度和高原地貌特征。来自太平洋和印度的季风，导致可变时间尺度的明显环境变化会影响它。可以产生低纬度高海拔的环境地球化学效果，并在该地区的地质体中记录良好。

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《Internatioanl symposium on epithermal (low-temperature) mineralization》|1999年||共2页
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WAN Guojiang; BAI Zhanguo; WANG Haoran; HUANG Ronggui;
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中图分类矿床成因;
关键词
records; sediments; Erhai Lake; Himalayas uplift; global environmental changes;

机译：记录;沉积物;洱海;喜马拉雅山隆起;全球环境变化;

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2. Uplift events of the Qinghai-Tibetan Plateau and environmental evolution of the southwest monsoon since 2.7 Ma, recorded in a long lake sediment core from Heqing, China [J] . J. Shen, S.M. Wang, Y. Wang, Quaternary International . 2010,第期

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4. Geochemical records of carbon in recent sediments of Erhai lake, China: implication of effects of the himalayas uplift on global environmental changes [C] . WAN Guojiang, BAI Zhanguo, WANG Haoran, Chinesee science bulletin . 1999

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Geochemical records of carbon in recent sediments of Erhai lake, China: implication of effects of the himalayas uplift on global environmental changes

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