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Scientists Use Palaeobotanical Evidence to Estimate Early Miocene Elevation in Northern Tibet

Scientists Use Palaeobotanical Evidence to Estimate Early Miocene Elevation in Northern Tibet
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摘要 The area and elevation of the Tibetan Plateau over time has directly affected Asia’s topography,the characteristics of the Asian monsoon,and modified global climate—but in ways that are poorly understood.Charting the uplift history is crucial for understanding the mechanisms that link elevation and climate irrespective of time and place.While some palaeoelevation data are available for southern and central Tibet,clues to the uplift history of northern Tibet remain sparse and largely circumstantial.Lately, The area and elevation of the Tibetan Plateau over time has directly affected Asia's topography,the characteristics of the Asian monsoon,and modified global climate—but in ways that are poorly understood.Charting the uplift history is crucial for understanding the mechanisms that link elevation and climate irrespective of time and place.While some palaeoelevation data are available for southern and central Tibet,clues to the uplift history of northern Tibet remain sparse and largely circumstantial.Lately,researchers from the CAS Institute of
出处 《Bulletin of the Chinese Academy of Sciences》 2015年第4期239-240,共2页 中国科学院院刊(英文版)
关键词 Tibet Miocene uplift Plateau elevation sparse understood poorly fossil monsoon 西藏北部 中新世 植物学 科学家 早期 估计 证据 亚洲季风
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