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 …

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 …

Here we present a multi-proxy paleolimnological record from a closed-basin lake (Ebinur
Lake) in northwestern China to investigate climate change in this arid region during the last …

Lake Qinghai, on the NE Tibetan Plateau, is China's largest natural lake that lies at a triple
junction of major climatic influences, making it sensitive to global climate change. As such …

The scarcity of well-dated, highly temporally resolved, paleoclimate records since the last
glacial maximum (LGM) in Northeast China limits our understanding of past climatic …

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 …

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 …

Zhuyeze palaeolake is a terminal lake situated in the arid northern China in the East Asian
monsoon margin. In order to examine the Holocene palaeoclimatic change in the East Asian …

The eastern Juyanze palaeolake in hyperarid north-western China (41.75–42° N, 101.5–
102° E) provides evidence of a complex hydrological pattern during the Holocene …

High-resolution records of summer monsoonal evolution in the Holocene are essential to
paleoclimate reconstruction but are hard to obtain. Here we provide a continuous, well …