The late-Quaternary climate history of monsoonal Central Asia was inferred from 75
palaeoclimatic records which provide information about moisture conditions in the last 50ka …

There is a great deal of controversy regarding the fate of glaciers and ice fields on the
Tibetan Plateau in the face of continued anthropogenic global warming. Paleoclimate …

Growing pressure on sustainable water resource allocation in the context of global
development and rapid environmental change demands rigorous knowledge of how …

A 741-cm-long laminated sediment core, covering the last 10,800 years was collected from
Lake Zigetang, central Tibetan Plateau (90.9° E, 32.0° N, 4560m asl), and analysed …

玛旁雍错位于青藏高原西南部, 是研究印度季风演化的理想地区之一. 利用活塞采样器在玛旁雍
错75 m 水深处获取了一根4.69 m 长岩芯, 利用210 Pb 和AMS 14 C 测年确定了岩芯的年代 …

Qinghai Lake is of significance for paleoclimate research because it lies in a pivotal region
that is influenced by both the mid‐latitude Westerlies and the low‐latitude Asian summer …

Although archaeological findings show the synchronous collapses of major well-
documented Chinese Neolithic cultures around 4000 cal. yr BP, the driving mechanism for …

Quantitative information on vegetation and climate history from the late glacial–Holocene on
the Tibetan Plateau is extremely rare. Here, we present palynological results of a 4.30-m …

The Tibetan Plateau includes a large system of endorheic (closed basin) lakes. Lake ice
phenology, ie the timing of freeze-up and break-up and the duration of the ice cover may …

We present a climate record for central Tibet spanning the time between 10500 and 1600
cal years BP from a 5.3-m-long sediment core from Cuoe Lake. The analyses show that high …