Genggahai Lake, a small, shallow water body on the northeastern Qinghai–Tibetan Plateau,
is presently occupied by dense aquatic vegetation. The distribution of macrophytes is …

Millennial-scale climate variability has not been well documented in arid northwest China
due to the scarcity of high-resolution, well-dated paleoclimate records. Here we present …

Lacustrine records from the northern margin of the East Asian monsoon generate a
conflicting picture of Holocene monsoonal precipitation change. To seek an integrated view …

The history (45–0 ka BP) of the aquatic vegetation composition of the shallow alpine Lake
Luanhaizi from the NE Tibetan Plateau is inferred from aquatic plant macrofossil frequencies …

In the Asian monsoon margin of northwest China, millennial-scale precipitation and effective
moisture changes during the Holocene differ from those observed in the primary monsoon …

Hydrological variations in individual plateau lakes respond from both local hydrological
processes and regional climatic changes. This study presents high resolution, absolutely …

ABSTRACT Variability in East Asian summer monsoon precipitation during the Holocene
remains of debate. In this study, we use a closed lake with well‐dated lake beach ridges …

Abstract Sequential samples of a 7.82-m sediment core from Genggahai Lake in the central
Gonghe Basin, controlled with 12 accelerator mass spectrometry (AMS) 14 C dates, have …

We present a record of monsoon variations for the early and middle Holocene that is inferred
from the geochemistry of sediment cores from Ahung Co, a lake in central Tibet. The …

Abstract The East Asian monsoon marginal areas of China are very profit to study the past
environment changes because of their sensitivities to climate changes. Therefore, these …