Abstract The East Asian summer monsoon (EASM) is a major component of the global
climate yet, the causes for the past spatiotemporal variability of EASM rainfall, its interactions …

As the global climate warms, the frequency of soil slope failures induced by snowmelt is
gradually increasing, especially loess landslide disasters in seasonally frozen areas …

The provenance of loess deposits in Central Asia is largely unexplored. Accordingly, the
goals of this research were to test and compare the performance of two different models …

Loess deposits as a unique terrestrial archive of paleo-dust contribute to understanding the
wide-scale and long-term dust transport from source to sink. This study provided diagnostic …

River sediments are valuable archives of the environmental conditions within their
catchments. The Yangtze and Yellow Rivers are the most active fluvial systems for sediment …

A detailed sediment-provenance study is presented on the modern Bohai Sea, China, the
innermost gulf of the Yellow Sea, using framework petrography, heavy-mineral and grain …

Based on a study of the boron (B) isotope geochemistry of the loess-paleosol sequence of
the Niuyangzigou section (NYZG) in Northeast (NE) China, the boron isotopic composition of …

The aeolian loess deposits in northeastern China have substantial potential for
reconstructing the paleoclimate in the East Asian monsoon boundary zone. Identifying the …

Grain size is a fundamental physical property of sediments, and its parameters are crucial
indicators of the provenance, transport processes, and depositional environments. However …

Abstract Knowledge of the provenance of dust deposits in the easternmost margin of the
Eurasian loess belt is essential for understanding the connection between circulation …