The influence of the mid-latitude westerlies (MLW) competing with the Asian summer
monsoons (ASM) over the Tibetan Plateau (TP) remains a matter of discussion on how and …

There is much debate regarding the temporal and spatial pattern of hydroclimate variations
on the Tibetan Plateau during the Holocene, focusing especially on the dipolar pattern of …

Abstract Koucha Lake, located in Qinghai Province, north-eastern Tibetan Plateau (NETP) at
an elevation of 4530 m asl Occupies an ideal position to investigate the seasonal …

A better understanding of past climate and landscape variability in high resolution on the
Tibetan Plateau is of critical importance for the understanding of fundamental mechanisms …

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 …

Holocene lake level fluctuations were reconstructed from a 2.7-m sediment core from Nam
Co, Central Tibet, China dating to> 7.2 cal ka BP. Results were compared to existing lake …

A sub-centennial-resolution record of lacustrine carbonate oxygen isotopes (δ18OC) from
the closed-basin Lake Qinghai on the NE Tibetan Plateau shows pronounced variability …

This study focuses on Holocene monsoon dynamics on the central Tibetan Plateau (TP)
inferred using a sediment record from Lake Nam Co. A high-resolution (decadal) multi-proxy …

In recent decades, the Tibetan plateau (TP) experienced a distinctive temperature increase,
with fundamental consequences for the hydrological system. As meteorological time-series …

Lake level fluctuations are important features in paleo-reconstructions that can be linked to
past climate changes. Closed-basin lakes on the south-central Tibetan Plateau record the …