Rapid lake expansions along with intensive glacier loss in the Tibetan Plateau (TP) in recent
decades indicate an enhanced hydrological circulation. Well-preserved paleo-shorelines up …

Two of the largest and deepest endorheic lakes on the Tibetan Plateau, Nam Co and Tangra
Yumco, were targeted to infer Late Quaternary (24 ka) responses of their hydrological …

Abstract The Tibetan Plateau (TP) is currently experiencing rapid warming, which has been
associated with an increase in atmospheric water vapor, contributing to the replenishment of …

In the past decades, most Tibetan lakes experienced large-scale rises in response to current
global warming, conflicting with the limited amplitudes and gradual fluctuation in shoreline …

Lakes over the inner Tibetan Plateau (TP) are very sensitive to the regional environmental
transformations and climate changes. Well-preserved lake sediments around these lakes …

Large volumes of travertine deposits are preserved at hydrothermal spring sites on the
Tibetan Plateau (TP). Yet, most of these deposits are under-researched with respect to their …

High lake levels were developed in wide areas of western China during the late Quaternary
as revealed by an increasing number of studies on dating shorelines; however, whether the …

The geomorphic evolution of the Yellow River, especially its upper reach, contains critical
information on the tectonic activity and climatic change within and around the northeastern …

The timing and mechanisms of the human occupation of the demanding high-altitude
Tibetan Plateau environment are of great interest. Here, we report on our reinvestigations …

Many lakes in the Tibetan Plateau (TP) experienced dramatic lake level changes in the late
Quaternary, as suggested by well-preserved paleo-shorelines up to∼ 200 m above present …