In this study, Holocene humification records were derived from four ombrotrophic peatlands
to investigate the millennial-scale and decadal-centennial-scale variability of peat …

To predict future spatio-temporal patterns of climate change, we should fully understand the
spatio-temporal patterns of climate change during the past millennium. But, we are not yet …

The investigation of two profiles (DYS1 and DYS5) from the Daiyun Mountains in
southeastern China sheds new light on the history of regional climate changes and the …

A high-resolution pollen record in a peat sequence from the Altai Mountains of Xinjiang,
China, allows reconstruction of the regional vegetation and climate changes that occurred …

Based on pollen data of 274 samples from a 550-cm core at Kelashazi Peat in the southern
Altai Mountains within China, we reconstructed the Holocene vegetation dynamics and …

Despite being exceptionally sensitive to global warming, Holocene temperature records for
Central Asia are sparse. Here we report on two high-resolution peatland humification …

The humification degree of peat has been used to indicate climate variations in Europe, with
a dominant maritime climate. However, little research has been done so far in Asia, with a …

Investigating the hydrological changes in the East Asian monsoon regions of China during
the Holocene could provide important insights into the mechanism and future variability of …

Northern peatlands play an important role in the global carbon cycle. Here we use multi-core
and multi-proxy records from a peatland near Darbin Lake in the Arxan region of Northeast …

The humification degree of peat is a significant climatic proxy for paleoclimate change.
Using the alkali-extraction method, a time series of absorbance values of the Hani peatland …