Lake hydrological fluctuations on the Tibetan Plateau (TP) are highly sensitive to global
climate change, which can be reconstructed directly by dating paleoshorelines representing …

Abstract Lakes in the Tibetan Plateau (TP) provide indications of the past global climate
change over this vast elevated highland. However, the patterns of Holocene lake-level …

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 …

The palaeoshorelines of a lake are the direct geomorphic evidences to reflect past water
levels and record information on palaeoclimatic changes. Previous research indicates that …

Abstract Over the Tibetan Plateau (TP), lakes as paleoenvironmental archives have been
the most extensively investigated for their sensitivities to climate change on different …

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 …

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 …

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 …

Abstract Lakes on the Tibetan Plateau (TP) play a major role in the regional hydrological
cycle and underpin vital ecosystem services. However, the long-term lake evolution and …

Well-preserved paleo-shoreline systems suggest lake shrinkage occurred in a vast region of
the Tibetan Plateau, indicating dramatic paleo-environmental changes that linked closely to …