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

Aeolian sediments are an important archive for palaeoclimate reconstructions on the Tibetan
Plateau. The accumulation of aeolian sediments and the formation of palaeosols are used …

The influence of different sample pretreatment methods on grain size distributions in particle
size analysis has been subject to controversial discussions. Standard sample preparation …

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 …

In September 2008 several cores (68 cm–115 cm length)(water depth: 93 m) were retrieved
from Lake Nam Co (southern-central Tibetan Plateau; 4718 m asl). This study focuses on the …

Lake health assessment (LHA), a powerful tool for lake ecological protection, provides the
foundation for sustainable water environment management. However, existing methods …

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 …

Sediments of Lake Donggi Cona on the northeastern Tibetan Plateau were studied to infer
changes in the lacustrine depositional environment, related to climatic and non-climatic …

The transition from the Last Glacial to the current Interglacial, the Holocene, represents an
important period with climatic and environmental changes impacting ecosystems. In this …

The palaeolake evolution across the Tibetan Plateau and adjacent areas has been
extensively studied, but the timing of late Pleistocene lake highstands remains controversial …