Numerous field studies have shown that leaf wax n-alkane δD values(δDn-alkane)can be used as a proxy for paleoelevatio......

When and how the Tibetan Plateau formed and maintained its thick crust and high elevation on Earth is continuing debated......

定量重建古高度是当前地球科学的重要进展之一.本文概述了降水稳定同位素组成定量重建古高度的两种不同途径,也就是经验回归方程和......

We investigate the growth of the northern Tibetan Plateau and associated climate change by applying oxygen and carbon is......

造山带古高度的恢复对研究造山过程与古气候有重要意义。利用低温年代学热史数据恢复大别造山带晚白垩世以来的古高度。恢复流程包......

祁连山构成青藏高原的北东边界,是研究青藏高原的隆升与向内陆扩展的关键区域,利用新生代湖相沉积的碳氧同位素组成估算祁连山古海......

利用氧同位素作为古高度计重建造山带的古高度是近年发展起来的应用比较广泛的方法。本文通过对青藏高原河水δ^18Ow（SMOW）的空间分......

古高程可以重建高山地区（尤其是高原）的隆升历史，可以更好地约束造山带的地球动力学过程。气孔玄武岩古高程计是通过熔岩流顶部和底部......

We investigate the growth of the northern Tibetan Plateau and associated climate change by applying oxygen and carbon is......